Congratulations.

You are 147 years old.

You look about 62.

Your knees are decent.

Your memory is sharp.

You still drive.

You still travel.

You still have opinions about how other people drive.

The Fountain of Youth worked.

Not perfectly.

You are not immortal.

But the treatment added roughly one hundred healthy years to your life.

Wonderful.

Now comes the awkward question:

What exactly are you supposed to do with Tuesday?

Because humanity has spent thousands of years dreaming about longer life and remarkably little time designing a civilization for people who actually get it.

First Problem: You Already Retired

You retired at 67.

That was eighty years ago.

At first it was delightful.

You traveled.

You gardened.

You read.

You finally organized the basement.

You reorganized the basement.

You reorganized the organization system used to organize the basement.

At 91, you took up watercolor.

At 104, you became reasonably good at watercolor.

At 116, you decided you hated watercolor.

At 121, you bought a kayak.

Now you are 147.

And the Social Security Administration has sent you a letter.

It begins:

“We need to talk.”

Clearly, retirement at 65 cannot survive radical life extension.

If healthy lifespan reaches 170 or 180, human beings may need several careers.

Not because government forces them to work forever.

Because one forty-year career may begin to seem rather short.

Imagine:

25–55: Engineer.

60–90: Teacher.

95–120: Historian.

125–145: Something involving artificial intelligence that nobody currently understands.

Retire at 150.

Complain that young people have no work ethic.

Civilization restored.

Education Would Become Very Strange

Today we spend roughly the first quarter of life preparing for the rest.

That makes sense if adulthood lasts fifty or sixty years.

But if adulthood lasts 140?

Would anyone really choose a permanent career at 21?

“Congratulations on graduating.”

“Thank you.”

“What are you going to do?”

“I have no idea.”

“You’re 23!”

“Yes. I still have approximately 150 years.”

Fair point.

Universities might become places people return to repeatedly.

College at 20.

Again at 63.

Again at 108.

At 141:

“I’m thinking of finally learning physics.”

“Why?”

“I’ve always been curious.”

That might actually be wonderful.

Longer life could transform education from something we complete into something we cycle through.

Learn.

Work.

Pause.

Learn again.

Change direction.

Begin again.

Perhaps the 147-year-old freshman would not seem peculiar at all.

He would just be early for class.

The Career Ladder Becomes a Career Forest

Long life also presents management problems.

Suppose your boss is 128.

Her boss is 156.

The CEO is 171 and has been CEO since 2094.

You are 97 and considered promising.

“Keep working hard,” someone tells you.

“Your time will come.”

“When?”

“Probably around 132.”

Imagine waiting seventy years for a promotion.

Organizations depend partly on turnover.

People retire.

People move aside.

New leaders emerge.

But if healthy leaders remain capable for another century, why should they leave?

The answer might require something we are not especially good at:

voluntarily surrendering power before death makes the decision for us.

Perhaps future institutions would impose term limits not merely on politicians but on executives, university presidents, nonprofit directors and family-business patriarchs.

“No one may run anything for more than thirty years.”

Thirty years.

Currently that sounds enormous.

In a 180-year life, it might seem like a summer job.

And Speaking of Politics...

Imagine running for the Senate at 53.

You win.

You like the work.

You remain healthy.

You are reelected.

Again.

Again.

Again.

At 143, you are interviewed on television.

“Senator, critics say you have been in office too long.”

“Nonsense. I’ve barely finished my first century.”

Your campaign slogan:

EXPERIENCE MATTERS.

Your opponent is 82.

A child.

Radical longevity could produce a world with tremendous accumulated wisdom.

That would be the optimistic version.

The pessimistic version is tremendous accumulated stubbornness.

Every generation believes the next generation is making terrible mistakes.

Normally biology eventually settles the dispute.

In our longevity world, the argument may continue for 120 years.

The House Problem

Now let us return to real estate.

You bought your first home at 31.

You still own it at 147.

Why not?

You like the neighborhood.

The mortgage was paid off in 2057.

Your great-great-granddaughter would like to buy a house.

Unfortunately, everybody else’s great-great-grandparents are also still living in theirs.

Homes no longer recycle between generations at familiar rates.

The housing market could become very tight indeed.

Your descendants begin dropping hints.

“That big house must be difficult to maintain.”

“No.”

“All those stairs.”

“I use them every day.”

“Wouldn’t a condo be easier?”

“No.”

“There’s a lovely senior community nearby.”

“I am biologically younger than the manager.”

Conversation over.

If people routinely live another century, cities may need much more housing, denser development, different ownership arrangements, or entirely new patterns of multigenerational living.

Perhaps the great architectural breakthrough of the 22nd century will be:

The 14-Generation House.

It will require several kitchens.

And excellent soundproofing.

Inheritance Becomes Almost Theoretical

You are 103.

Your father is 136.

Your mother is 134.

They are doing beautifully.

You are delighted.

Mostly.

There is the small matter of the family cottage.

You have loved it since childhood.

Your parents always said:

“Someday this will be yours.”

They first said that in 2078.

It is now 2156.

You are beginning to suspect that “someday” lacks legal precision.

Long life could fundamentally change wealth.

Assets would remain with owners much longer.

Inheritance might occur when heirs themselves are elderly by today’s standards.

So perhaps inheritance would gradually be replaced by lifetime transfers.

Parents might give property to children at 80.

Children pass it to grandchildren at 120.

Families could begin treating wealth less like a baton handed over at death and more like a resource continuously redistributed among living generations.

That would require a cultural adjustment.

Especially for anyone whose current estate plan begins:

“Upon my death...”

The future attorney may interrupt:

“Yes, but when exactly are we expecting that?”

Family Trees Would Stop Looking Like Trees

Imagine a photograph.

Your parents.

You.

Your children.

Your grandchildren.

Great-grandchildren.

Great-great-grandchildren.

And several further categories for which we have run out of convenient prefixes.

The family tree starts resembling a banyan forest.

The oldest living relative remembers events everyone else considers ancient history.

“Tell us again about smartphones, Grandpa.”

“Well, you had to hold them.”

The children gasp.

“And cars had steering wheels.”

No!

“Yes.”

“Did you really watch television on screens?”

“Yes.”

“How primitive.”

Every long-lived person would become a walking historical archive.

That could be marvelous.

Imagine talking with someone who personally remembers events 130 years earlier.

Our connection with history would change completely.

The past would remain physically present.

Marriage: Take Two

We touched on this with Noah, but the practical consequences deserve another look.

Suppose you marry at 28.

Both of you live to 180.

Potential marriage length:

152 years.

A century and a half.

Perhaps this works beautifully.

Perhaps radical longevity produces marriages of astonishing depth.

Two people accumulate a century of shared memories.

Children.

Grandchildren.

Careers.

Homes.

Travel.

Losses.

Triumphs.

Ordinary mornings.

Imagine knowing another human being for 150 years.

There is something beautiful about that.

There is also this:

“Honey, remember that argument we had in 2089?”

“No.”

“I do.”

Longer lives may require a completely different understanding of commitment, reinvention and forgiveness.

After all, people change enormously over fifty years.

What happens over 150?

Marriage may cease to be one relationship.

It may become many relationships between successive versions of the same two people.

That is an Entangity thought worth keeping.

Longevity would not simply extend relationships.

It would transform them.

Please Welcome Your New Sibling

We also have to discuss reproduction.

Suppose longevity treatments preserve reproductive health.

Your mother has you at 31.

Then your sister at 78.

Then another child at 124.

You could theoretically have a sibling nearly a century younger than you.

Family roles become complicated.

“This is my sister.”

“She’s nine.”

“Yes.”

“And you’re 103?”

“Yes.”

“Different mother?”

“No.”

At this point the genealogist asks for stronger coffee.

More importantly, if long-lived people continue having children over extended periods, population growth could become enormous.

So a society that dramatically extends lifespan might eventually have to rethink reproduction.

And here we encounter one of the most uncomfortable ethical questions in the entire series:

Who decides?

Government?

Families?

Individuals?

Economics?

Culture?

Nature?

There are no easy answers.

Which is precisely why inventing radical longevity before discussing its consequences would be such a characteristically human thing to do.

The Environmental Bill Arrives

Every additional human life consumes resources.

Food.

Energy.

Water.

Land.

Housing.

Transportation.

Goods.

Medical care.

Now multiply those needs by many more years.

A person living 180 years does not necessarily consume twice as much as someone living 90—technology and behavior matter greatly—but extending billions of human lives would clearly change humanity’s total demand on the planet.

We would need cleaner energy.

More efficient agriculture.

Better recycling.

Denser cities.

More durable products.

Perhaps much more ambitious space exploration.

Nothing motivates Mars colonization quite like realizing your parents are going to occupy the guest room for another 110 years.

Suddenly Elon Musk’s descendants have a marketing campaign.

The Rich Drink First

Then comes perhaps the most troubling question.

What if the Fountain is expensive?

Suppose the treatment costs $500,000.

The wealthy can buy another hundred healthy years.

Everyone else cannot.

Wealth inequality would become lifespan inequality.

A billionaire might not merely own more houses.

He might own more decades.

That would change the moral character of inequality dramatically.

Human beings have tolerated enormous differences in wealth.

Would we tolerate the rich routinely living twice as long?

Probably not peacefully.

So if radical life extension ever becomes real, access may become one of the defining political questions of the age.

The Fountain of Youth cannot remain merely a luxury product if it genuinely alters human lifespan.

Because at that point the product being sold is not medicine.

It is time.

We Would Need a New Social Contract

That may be the central point.

A civilization built for eighty-year lives cannot simply stretch itself to accommodate 180-year lives.

We would need new arrangements for:

work,

retirement,

education,

housing,

inheritance,

political leadership,

family structure,

reproduction,

healthcare,

and environmental stewardship.

Perhaps even childhood and adulthood would be redefined.

At 40, are you still “young”?

At 80, middle-aged?

At 120, mature?

At 160, finally eligible for senior coffee?

The language itself would have to change.

So would our expectations.

The real achievement would not simply be adding years to individual lives.

It would be redesigning the relationships among all those longer lives.

And that is where Entangity becomes unavoidable.

Longevity cannot happen to me alone.

If millions of us live longer, my extra years alter your life.

Your children.

Your home.

Your career.

Your taxes.

Your environment.

Your inheritance.

Your politics.

The Fountain is communal whether we like it or not.

But Here Is the Strange Part

After everything we have discussed, I still suspect most people would drink.

Perhaps not for immortality.

Perhaps not even for 100 years.

But twenty good years?

Thirty?

Another healthy decade with someone you love?

The abstraction disappears very quickly.

Ask someone:

“Should humans radically extend lifespan?”

They may hesitate.

Ask instead:

“Would you like another twenty healthy Christmas mornings with your family?”

Different question.

And perhaps that is what we have really been exploring all along.

Not humanity’s desire for immortality.

Our desire for more good time.

Time to finish.

Time to begin.

Time to repair.

Time to forgive.

Time to love.

Time to see what happens next.

Which means we have reached the final question.

The Fountain is still on the table.

But now we know what comes with it.

Longer careers.

Crowded family trees.

Delayed inheritance.

New politics.

New ethics.

New pressures on the planet.

A civilization that would have to reinvent itself around a radically different human lifespan.

The doctor pushes the cup toward you.

“One hundred additional healthy years.”

You look at your family.

You look at the cup.

And now, after seven episodes, you finally understand the fine print.

So—

Would you still drink?

Next in Would You Drink?

Episode 8: Would You Still Drink?

We began with a magical fountain.

We ended in a biology laboratory.

Now the cup comes back to us.

No myths.

No mice.

No demographics.

Just one final question:

How much more life would be enough?

Henry King,

Who chewed bits of String, and was early cut off in Dreadful Agonies.

The Chief Defect of Henry King
Was

chewing little bits of String.
At last he swallowed some which tied
Itself in ugly Knots inside.

Physicians of the Utmost Fame
Were called at once; but when they came
They answered,

as they took their Fees,
“There is no Cure for this Disease.
Henry will very soon be dead.”
His Parents stood about his Bed
Lamenting his Untimely Death,
When Henry, with his Latest Breath,
Cried—
“Oh, my Friends, be warned by me,

That Breakfast, Dinner, Lunch and Tea
Are all the Human Frame requires ...”
With that the Wretched Child expires.

Once upon a time, Emperor Magnus Maximus Megalomanicus summoned his Imperial Citizenship Enforcement team—known throughout the kingdom as ICE.

They were not famous for speed, subtlety, or reading instructions all the way to the bottom.

The Emperor addressed them sternly.

“Find and deport every citizen who has ever looked at me cross-eyed, spoken of me crossly, or entertained a cross-eyed thought concerning my magnificence.”

The new Court Jester raised one cautious finger.

“But, sire, what if they deport the farm workers? Who will pick the grapes?”

“Off with his head!” shouted the Emperor.

ICE departed.

At first they deported the obvious critics.

Then the suspected critics.

Then people who might someday become critics.

Then people who lived next door to critics.

Then people who had once frowned during an imperial speech.

Then a woman whose dog growled at the Emperor’s portrait.

The Emperor was delighted.

“Finally,” he announced, “the kingdom is becoming loyal.”

A year later the head of ICE returned to the palace.

“Your Imperial Magnificence, the operation is complete.”

“Excellent! How many traitors remain?”

“None, sire.”

“Splendid!”

There was an awkward silence.

The Emperor looked out the window.

The streets were empty.

The shops were closed.

The vineyards were overgrown.

No carts moved.

No bells rang.

Even the tax office was dark.

“Where is everyone?” asked the Emperor.

“Deported, sire.”

“Everyone?”

“Everyone.”

“Who is harvesting my grapes?”

“No one.”

“Who is baking my bread?”

“No one.”

“Who is collecting my taxes?”

“No one.”

The Emperor paled.

“Who is left to applaud me?”

The ICE commander checked his clipboard.

“You, sire.”

The Emperor thought for a moment.

Then he walked onto the palace balcony, raised both arms and shouted:

“Citizens of my magnificent kingdom!”

Silence.

“Your beloved Emperor has made the nation safer than ever before!”

Silence.

“Record-breaking approval!”

Silence.

Finally, from somewhere deep inside the palace came a faint voice.

It was the royal executioner.

“Sire?”

“Yes?”

“I have a question.”

“What?”

“Since there is nobody left to execute…”

He paused.

“…am I unemployed?”

The Emperor stared at him.

The executioner slowly removed his hood.

“And if I’m unemployed…”

He glanced toward the border.

“…do I still qualify to live here?”

The Emperor opened his mouth.

Then closed it.

For the first time in his reign, Magnus Maximus Megalomanicus had absolutely no one left to blame.

“M.T.A.” (azlyrics.com)

These are the times that try men’s souls. In the course of our nation’s history, the people of Boston have rallied bravely whenever the rights of men have been threatened. Today, a new crisis has arisen. The Metropolitan Transit Authority, better known as the M.T.A., is attempting to levy a burdensome tax on the population in the form of a subway fare increase. Citizens, hear me out! This could happen to you!

Well, let me tell you of the story of a man named Charley on a tragic and fateful day
He put ten cents in his pocket, kissed his wife and family, went to ride on the M.T.A.

Well, did he ever return? No, he never returned and his fate is still unknown
(What a pity! Poor ole Charlie. Shame and scandal. He may ride forever. Just like Paul Revere)
He may ride forever ‘neath the streets of Boston. He’s the man who never returned

Charlie handed in his dime at the Kendall Square Station and he changed for Jamaica Plain
When he got there the conductor told him, “One more nickel.” Charlie couldn’t get off of that train

Well, did he ever return? No, he never returned and his fate is still unknown
(What a pity! Poor ole Charlie. Shame and scandal. He may ride forever. Just like Paul Revere)
He may ride forever ‘neath the streets of Boston. He’s the man who never returned

Now, all night long Charlie rides through the station, crying, “What will become of me?!
How can I afford to see my sister in Chelsea or my cousin in Rocksbury?”

Well, did he ever return? No, he never returned and his fate is still unknown
(What a pity! Poor ole Charlie. Shame and scandal. He may ride forever. Just like Paul Revere)
He may ride forever ‘neath the streets of Boston. He’s the man who never returned

Charlie’s wife goes down to the Sculley Square Station every day at quarter past two
And through the open window she hands Charlie a sandwich as the train comes rumblin’ through

Well, did he ever return? No, he never returned and his fate is still unknown
(What a pity! Poor ole Charlie. Shame and scandal. He may ride forever. Just like Paul Revere)
He may ride forever ‘neath the streets of Boston. He’s the man who never returned

Now, you citizens of Boston, don’t you think it’s a scandal how the people have to pay and pay?
Fight the fare increase! Vote for George O’Brien! Get poor Charlie off the M.T.A.

Well, did he ever return? No, he never returned and his fate is still unknown
(What a pity! Poor ole Charlie. Shame and scandal. He may ride forever. Just like Paul Revere)
He may ride forever ‘neath the streets of Boston. He’s the man who never returned

He’s the man who never returned. He’s the man who never returned
E tu, Charlie?

_________________

The Man Who Never Returned

Charlie, the Fare, and the Difference Between a Sandwich and a Nickel

The number you want is $2.40.

That is what one ride on the Boston subway costs today — CharlieCard, CharlieTicket, tapped phone, or cash. It has cost that since July 1, 2019, when the Fiscal and Management Control Board raised it fifteen cents from $2.25 over the objections of riders who rallied under the hashtag #UnfairHikes. Seven years later it has not moved. In the meantime the authority has gone the other direction: half-off commuter rail monthly passes, free Fridays over the summer, and as of this September, a two-hour window in which you may transfer between bus, subway, and ferry as often as you like and pay only the highest single fare among the legs.

So the premise of the question — they raised it again every time he saved up — turns out to be, on the face of the ledger, false. Charlie’s dime in 1949, plus the nickel exit fare that trapped him, comes to fifteen cents. Run that through seventy-seven years of general inflation and you land somewhere near two dollars. The fare is $2.40. Charlie has been gaining on it slightly, if anything. Adjusted for the money, the M.T.A. has been about as good as its word.

And yet nobody who knows the song believes for a second that this settles anything. Which is worth understanding, because the reason it doesn’t settle anything is the whole point of the song, and the song is smarter than its own chorus.

What the song actually was

“M.T.A.” was not written as a novelty. It was written in 1949 by Bess Lomax Hawes and Jacqueline Steiner as a campaign song for Walter A. O’Brien, the Progressive Party candidate for mayor of Boston. It had a specific grievance, and the grievance was not the price. It was the structure of the price.

The Boston Elevated Railway had adopted an exit fare: you paid to get on, and at certain stations you paid again to get off. A man could board with exactly the money the posted fare required and still find himself, at the far end of the line, short. The charge was not for the journey. The charge was for the release from the journey. That is why Charlie can never disembark, and it is why the joke works: he is not a fare-evader, not a vagrant, not a man who made a bad decision. He paid. He paid what was asked at the moment it was asked. The system simply asked again at a moment he had not been told about, and by then he was already inside it.

Hawes and Steiner set this to Henry Clay Work’s 1865 melody “The Ship That Never Returned” — a tune already carrying two funerals in American memory, since it also gave us “The Wreck of the Old 97.” The borrowing is exact and deliberate. The ship goes down. The train goes off the rails at Danville. Charlie simply keeps going, forever, which is the worse ending, because at least the ship and the train stopped.

Then in 1959 the Kingston Trio made it a hit, and to make it a hit they had to sand it down. Walter O’Brien was a Progressive, which in 1959 meant red, and naming him in a Top Twenty single was a liability. So the ballot line in the song became “George O’Brien,” a man who did not exist. The protest survived; the politics were quietly disappeared. A song about a man who could not get off the train got on a very different train and could not get off that one either.

The last indignity came in 2006, when the Massachusetts Bay Transportation Authority introduced its new stored-value fare card and named it — with what one can only call institutional serenity — the CharlieCard. The authority named its instrument of collection after the man its collection trapped. The protest was not answered. It was hired as a mascot.

Where the trap actually is

If the fare has tracked inflation, and the transfers are now more generous than they were, and the number on the gate has held still for seven years, then why does the song refuse to become quaint?

Because the exit fare never went away. It changed industries.

We have simply moved the mechanism to places where it does more damage. The security deposit that must be surrendered before the next one can be assembled. The medical bill that arrives from an out-of-network anesthesiologist you did not choose, at a hospital you did choose, months after you were discharged. The subscription that takes ninety seconds to begin and four phone calls to end. The payday loan whose principal is never the problem. Bail, which charges the innocent for the privilege of not being held. In every case the arithmetic is Charlie’s: the entry price was disclosed and affordable, and the exit price was neither, and by the time you learned the difference you were already underground.

This is why the number is the wrong answer to your question even when the number is correct. Charlie is not defeated by a high fare. He is defeated by a fare structured so that saving cannot reach it — one imposed at the moment of departure, on a man whose money is all on the wrong side of the turnstile. You cannot save your way out of a charge that is levied on the act of leaving. That is not a price. That is a lock with a coin slot.

The sandwich

Which brings us to the verse everyone remembers and almost nobody presses on.

Every afternoon at a quarter past two, Charlie’s wife comes down to Scollay Square and hands him a sandwich through the window as the train rumbles past.

Generations of listeners have asked the obvious question, usually as a punchline: why doesn’t she hand him a nickel? It is a good joke. It is also, I think, the most serious line in American protest music, and it is not a plot hole. It is a diagnosis.

She brings a sandwich because a sandwich is what love can do from the platform. It is real. It is daily. It is offered at personal cost, on a schedule, without complaint, for years. It keeps him alive. And it keeps him on the train.

That is the whole difficulty with mercy administered inside an unjust structure. It is genuine, it is commanded, and it is not sufficient. The corporal works of mercy — feed the hungry, visit the imprisoned — are not optional and never were; the sandwich is obedience, not naïveté. But a sandwich handed through a window every day at 2:15 for the rest of a man’s life is also, viewed from a slight distance, a subsidy paid by a private household to an authority that has decided not to release him. Her faithfulness is quietly underwriting his captivity. The M.T.A. does not have to solve Charlie, because Charlie’s wife is solving him, one meal at a time, off the books.

Scripture is not squeamish about this distinction. The Jubilee of Leviticus 25 is not a charity provision; it is a scheduled structural release, debts cancelled and land returned on a fixed calendar, precisely because the drafters understood that ordinary generosity, however sincere, does not reverse an accumulating position. The petition we pray most often asks for the forgiveness of debts, and it asks it of God in the same breath that it obliges us to do it to one another. Alms feed the poor man. Jubilee lets him off the train.

We are, most of us, extremely good at sandwiches. We are much worse at nickels, and worst of all at asking who set the exit fare and by what authority.

What the song does with this

Here is what I find most remarkable, and what the Kingston Trio’s genial arrangement nearly buries. The song does not end with the sandwich. It ends with a ballot.

Fight the fare increase. Vote for O’Brien. Get poor Charlie off the M.T.A.

The final verse turns from the platform to the polls — from the private act of sustaining a trapped man to the public act of untrapping him. Hawes and Steiner understood exactly what they had built. They spent four verses making you love Charlie and pity his wife, and then they told you, in plain language, that the remedy for Charlie is not a better sandwich. It is a different transit policy, arrived at by citizens acting together, in public, on a Tuesday.

They also understood that this is the verse people forget. It’s the one that got a fictitious first name in 1959. It is always the one that gets a fictitious first name.

So: what is the fare now?

Two dollars and forty cents.

But notice what has quietly changed in the premise of your question. They are still looking for Charlie. No. They are not looking for Charlie. That is the difference between 1949 and 2026, and it is not an improvement.

In 1949 a man could vanish beneath the streets of Boston and his fate could be genuinely unknown. Today Charlie taps a card at Kendall and the system knows the card number, the station, the second, the direction of travel, and the balance remaining. Since 2025 there are fare engagement representatives at the gates and citations for those who don’t tap. He is not lost. He is logged. His whereabouts have never been better documented by any institution in the history of the Commonwealth.

He still can’t get off.

That is the modern form of the thing, and it is why the song will not retire. The old fear was disappearance. The new one is the opposite — total visibility with no exit — being perfectly accounted for, down to the dime, by a system that has your position, your balance, and no particular intention of opening the door.

E tu, Charlie?

Let us begin with a practical question.

If Noah lived 950 years, when exactly was he supposed to retire?

At 65?

That would leave 885 years to fill.

At 500?

Still a very long retirement.

At 800?

Now the pension people are getting nervous.

And this is before we ask what happened to the family business.

Because if people really lived for centuries, civilization would have had to work very differently.

The Biblical Numbers Are Enormous

Genesis gives us ages that are almost impossible to imagine in modern terms.

Adam: 930.

Seth: 912.

Enosh: 905.

Jared: 962.

Methuselah: 969.

Noah: 950.

Then, after the Flood, the numbers decline.

Shem: 600.

Arpachshad: 438.

Eber: 464.

Abraham: 175.

Moses: 120.

However one interprets those ages—literally, symbolically, theologically, genealogically, or as part of an ancient way of telling sacred history—they present a fascinating thought experiment.

Suppose, just for a moment, we take them at face value.

What did society look like?

Because once people begin living for five, six, seven, eight, nine centuries, everything changes.

The Family Tree Becomes a Family Forest

At a modern generation interval of roughly twenty-five years, a 950-year life could overlap with nearly forty generations.

Forty.

Imagine Thanksgiving.

The seating chart would require software.

Someone would inevitably ask:

“Now, how exactly are we related?”

And the answer might be:

“You are my great-great-great-great-great-great-great-great-great-great-grandson.”

“On which side?”

“Both.”

A family reunion would no longer fit in a church basement.

It might require a county fairground.

And imagine introductions:

“This is your cousin.”

“First cousin?”

“No.”

“Second?”

“No.”

“What kind?”

“We stopped counting after sixteen.”

When Do the Children Take Over?

One of the quiet assumptions behind modern society is that generations eventually move aside.

Parents age.

Children become adults.

Leadership transfers.

Property transfers.

Businesses transfer.

Homes transfer.

Knowledge transfers.

But suppose Dad is 417 and in excellent health.

Son is 182.

Grandson is 154.

Great-granddaughter is 96.

And Dad still says:

“I’m not quite ready to turn over the farm.”

At some point the younger generation may form a committee.

The phrase “family succession planning” takes on a very different meaning when succession has been postponed for 300 years.

Inheritance Would Be a Test of Character

Imagine being 129 years old and still waiting for the house.

Your mother is 161.

Your grandmother is 233.

Your great-grandmother is 298.

All doing fine.

You mention, very casually:

“Have you ever thought about downsizing?”

The room goes silent.

No one speaks to you for thirty years.

In a world of radically extended lifespan, inheritance could become one of the strangest economic problems.

Wealth would remain concentrated in the same hands much longer.

Land could stay under the same ownership for centuries.

Children might spend most of their lives waiting for assets to transfer.

The phrase “old money” would become literal.

Very old money.

Noah Was 500 Before the Boys Show Up

There is another intriguing detail.

Genesis says Noah was 500 years old before Shem, Ham, and Japheth are introduced.

Now that is interesting.

If the long ages are read literally, then these people may not have been having children at anything like the pace we assume today.

And that matters enormously.

Because if a person lives 900 years and starts having children at twenty-five and keeps having them for centuries, the math becomes terrifying very quickly.

You do not need a population model.

You need additional planets.

So if extraordinarily long lifespans were ever biologically possible, reproduction would have to be constrained somehow.

Later marriage.

Longer intervals between generations.

Shorter reproductive windows.

Very small families.

Something.

Otherwise the population would explode.

Which brings us right back to the future.

Suppose We Add 100 Years

Forget 900-year lifespans.

Let us be modest.

Suppose modern medicine adds only 100 healthy years.

People routinely remain vigorous until 170 or 180.

Nothing else changes.

Birth rates stay roughly similar.

People still have children in their twenties and thirties.

Deaths fall dramatically.

What happens?

For a while, population rises.

A lot.

Because people keep arriving, but far fewer leave.

This is the demographic version of filling a bathtub while partially closing the drain.

Eventually somebody notices the floor is wet.

Retirement Would Need a Rewrite

Retirement at 65 makes sense only in a world where lifespan is limited.

If you are likely to remain healthy until 175, retirement at 65 gives you 110 years of leisure.

That is not retirement.

That is a second civilization.

Social Security would need to send you a birthday card reading:

“Congratulations on reaching eligibility.

Please report back in 80 years.”

People might work in several careers.

Teacher from 25 to 55.

Architect from 60 to 95.

Historian from 100 to 130.

Consultant from 135 to 150.

Finally retired at 155.

Then restless by 157.

“Maybe I’ll go back to school.”

At 160.

Why not?

Marriage Might Become the Ultimate Endurance Event

Imagine marrying at 25 and living to 180.

That is potentially 155 years of marriage.

Beautiful.

Also impressive.

The traditional anniversary list would run out of materials.

25 years: silver.

50: gold.

60: diamond.

100: perhaps titanium.

125: depleted uranium.

150:

Whatever is left in the periodic table.

Churches might need a new premarital counseling question:

“Do you intend to remain married for the next century and a half?”

And the couple replies:

“Well, we were thinking about it.”

Politics Could Become Very Old Indeed

Now imagine political power.

A leader is elected at 52.

Healthy life expectancy: 180.

They remain influential for another century.

Founders of institutions could remain in control for generations.

Supreme Court justices could serve for 90 years.

Senators could say:

“When I first entered Congress in 2084...”

And younger members would reply:

“Yes, Senator. We have heard the story.”

A society with dramatically extended lifespan might become astonishingly stable.

Or astonishingly stagnant.

Possibly both.

Death is unpleasant.

But it does have one institutional benefit:

Eventually, everybody loses the argument.

The Neighborhood Gets Crowded

Housing becomes another puzzle.

Today, homes cycle through generations.

Older owners eventually move, downsize, or die.

Younger families buy.

But what if people remain in the same house for 130 years?

Your starter home may remain your starter home until your great-great-grandchildren are middle-aged.

Cities would either have to build much more housing or rethink ownership entirely.

And if population continued growing while people lived much longer, pressure on:

land,

water,

energy,

food,

transportation,

health systems,

and the environment

could become enormous.

The Fountain of Youth begins sounding suspiciously like a zoning hearing.

The Earth Has a Carrying Capacity

This is where our lighthearted thought experiment bumps into a serious truth.

Life expectancy is entangled with population.

Population is entangled with resources.

Resources are entangled with economics.

Economics is entangled with politics.

Politics is entangled with family structure.

Family structure is entangled with reproduction.

Pull the longevity thread, and the whole fabric moves.

This is why radical life extension cannot be treated as merely a medical achievement.

If lifespan changes, civilization changes with it.

That is the Entangity problem.

Nothing happens alone.

Perhaps the Biblical World Knew Something We Overlook

Again, none of this proves that Noah or Methuselah literally lived for centuries.

But the biblical narratives do contain an intriguing pattern.

Very long lifespans.

Long generational spacing.

Gradual shortening of life.

And eventually a world much closer to the human lifespan we recognize.

If ancient people imagined extraordinarily long lives, they also seem to have understood, at least intuitively, that such lives could not simply be combined with ordinary modern reproduction.

Perhaps even the storytellers sensed the demographic problem.

If everyone lives forever and everyone keeps having children—

eventually you run out of chairs.

Now Put the Cup Back on the Table

Here we are again.

The doctor offers you the treatment.

It adds 100 healthy years.

You remain strong.

Your memory stays sharp.

Your family can take it too.

You can see great-grandchildren, great-great-grandchildren, perhaps generations beyond.

You get another century of sunrises.

Would you drink?

Most of us will probably say:

“Yes, but society would have to adjust.”

Exactly.

That may be the real answer.

The Fountain of Youth does not merely require a medical breakthrough.

It requires a civilizational redesign.

New rules for retirement.

New patterns of work.

New housing.

New inheritance systems.

New reproductive expectations.

Perhaps even new ideas about what a generation means.

And suddenly Noah’s problem becomes our problem.

Not:

How could anyone possibly live 950 years?

But:

What happens if humanity someday learns how to live much longer than civilization was designed for?

Because somewhere in a laboratory, people are working on the first half of that question.

And the rest of us have barely begun thinking about the second.

Next in Would You Drink?

Episode 7: Congratulations. You’re 147. Now What?

You found the Fountain.

You drank.

So did everybody else.

Now comes the awkward part:

We have to redesign civilization.

ENTANGITY DAILY NEWS

THE PONY EXPRESS vs. THE PHONY EXPRESS

One Had Horses. The Other Has Computers. Guess Which Was Faster?

MARINE ON ST. CROIX, MINNESOTA — August 22, 2026

There are moments in American history when technological progress becomes almost impossible to deny.

The steam engine.

The telegraph.

Electricity.

The automobile.

The airplane.

The computer.

Artificial intelligence.

And then there is the United States Postal Service.

I recently mailed a letter from Marine on St. Croix, Minnesota 55047, to Pittsburgh, Pennsylvania.

It arrived 17 days later.

Seventeen.

This raises an important historical question for the Entangity Observatory:

Would my letter have arrived faster if I had mailed it in 1860?

Regrettably, the answer appears to be:

Yes — provided I had mailed it in the opposite direction and considerably farther.

THE PONY EXPRESS

On April 3, 1860, the Pony Express began carrying mail across roughly 1,800–1,966 miles of American wilderness between St. Joseph, Missouri, and Sacramento, California.

There were no interstate highways.

No airplanes.

No computerized sorting machines.

No barcodes.

No GPS.

No distribution centers.

No automated logistics systems.

There were, however, horses.

And apparently that was sufficient.

The National Park Service reports that Pony Express riders normally covered the enormous route in about 10 days. Horses were changed every 10–15 miles, riders every 75–100 miles, and the mail kept moving day and night at an average riding speed of roughly 10 mph. (National Park Service)

Now compare that technological primitive with the marvels available to the modern USPS.

Today a letter can be scanned by a computer, sorted automatically, transported by truck or aircraft, scanned again, routed electronically, tracked through enormous databases and delivered by a motor vehicle.

The USPS itself says ordinary First-Class Mail is expected to arrive in one to five business days. (USPS FAQs)

My letter required 17 days.

Thus we introduce a new American institution:

THE PHONY EXPRESS

Its motto:

“Neither snow nor rain nor heat nor gloom of night shall stay these couriers — but apparently Pittsburgh can.”

The comparison is almost unfair.

PONY EXPRESS, 1860

St. Joseph → Sacramento
Approximately 1,800 miles
Mountains
Deserts
Blizzards
Hostile terrain
Horseback

Delivery: approximately 10 days.

PHONY EXPRESS, 2026

Marine on St. Croix → Pittsburgh
Paved highways
Jet aircraft
Computers
Satellites
Automated sorting
ZIP codes
Artificial intelligence

Delivery: 17 days.

The Pony Express could therefore carry a letter across much of the North American continent a full week faster than my modern letter traveled from Minnesota to Pennsylvania.

And here Entangity enters the story.

Because somewhere between Marine on St. Croix and Pittsburgh, my envelope apparently entered a state of postal quantum superposition.

It was simultaneously:

in transit,

being processed,

arriving late,

and quite possibly

in Des Moines.

Only when the recipient opened the mailbox did the postal wave function finally collapse and establish that the letter had, against considerable odds, actually arrived.

This phenomenon shall henceforth be known as:

The USPS Uncertainty Principle

The more precisely you know where your letter should be, the less precisely anyone can explain where it actually is.

To be fair, USPS statistics show that the overwhelming majority of First-Class Mail does not take anything remotely like 17 days. In FY2026’s second quarter, USPS reported that 97.1% of First-Class Mail across its service standards arrived within the applicable standard plus three days. (About USPS)

Which means my letter accomplished something rather remarkable.

It became an outlier.

But Entangity asks a different question.

What does “progress” mean when an American in 1860 could hand a letter to a fellow sitting on a horse and reasonably expect it nearly 2,000 miles away ten days later — while an American in 2026 can hand a letter to one of the world’s most technologically sophisticated logistics networks and discover that it has apparently stopped somewhere to contemplate the meaning of existence?

Perhaps we moderns have underestimated the horse.

The horse did not require a barcode.

The horse did not send the letter to a regional processing center.

The horse did not announce a ten-year modernization plan.

The horse simply ran.

And so the Entangity Daily News respectfully proposes that USPS establish an emergency pilot program.

Purchase several horses.

Station one outside the Marine on St. Croix Post Office.

Place my next Pittsburgh letter in a leather mochila.

Point the horse east.

And yell:

“GIDDYUP!”

Because after 166 years of technological advancement, we may finally have discovered the future of American mail delivery.

The Pony Express.

— Entangity Daily News Editorial Board

THE ENTANGITY OBSERVATORY
Watching the patterns. Connecting the absurdities. Occasionally wondering whether we should have kept the horses.

Yes. You were right to question it. I checked the dates carefully.

The Trump prime-time election speech was July 16 — more than six weeks ago. It should NOT be presented as one of this week’s major events. The official presidential record confirms the date.

There is a fresh Trump/media story today: Trump said NBC’s Kristen Welker would be reported to the FCC for possible “rebuke or punishment.”  But I don’t think that deserves equal billing with Iran and the Himalayan catastrophe.

More importantly, my previous version badly described Iran as a war that had just “reignited.” The Iran war is now six months old. Today’s significant development is that it has reached that grim milestone without an end, while the struggle over the Strait of Hormuz continues.

And there is a terrific positive story today that belongs in Mustard Seed™: NASA launched the Nancy Grace Roman Space Telescope this morning. It will survey the universe far faster and more broadly than Hubble, investigating planets, dark matter and dark energy.

So here is the corrected, paste-ready edition.

ENTANGITY-AI DAILY NEWS

The Weekly Unfolding™

Volume 1 • Issue #33

August 30, 2026

RESILIENCE UNDER PRESSURE

Yesterday’s Facts. Today’s Conversation. Tomorrow’s Understanding.

FROM THE EDITOR

Last week we made a promise.

The Daily Unfolding™ would become The Weekly Unfolding™.

There was a reason.

News arrives almost instantly now. By Sunday, most of us already know many of the headlines.

What we may not know is which ones mattered most — and how they connect.

That is our new assignment.

Not to compete with the morning news.

To wait long enough for the week’s larger picture to begin appearing.

And this week, it did.

WHAT HAPPENED?

1. Six Months of War With Iran — and Still No End

This weekend marks a sobering milestone.

The war involving the United States and Iran has now lasted six months, with no clear end in sight.

Iranian leaders continue to speak simultaneously of resistance and the possibility of diplomacy. President Masoud Pezeshkian acknowledged Saturday the economic pressure facing his country, saying Iran is living under wartime conditions.

Meanwhile, the Strait of Hormuz remains at the center of the struggle.

American military operations have succeeded in reopening substantial commercial traffic through the waterway, although shipping remains below prewar levels and disagreement remains about exactly how much traffic has returned.

Why should someone in Minnesota care about a narrow passage of water thousands of miles away?

Because Hormuz is not merely geography.

It is part of the plumbing of the world economy.

Oil.

Natural gas.

Shipping.

Insurance.

Inflation.

Markets.

Eventually, even the price at the neighborhood gas pump.

A distant war does not remain distant in an interconnected world.

2. The Himalayas: Catastrophe at the Roof of the World

Another story this week was measured not in politics but in human lives.

A massive glacier collapse high in the Himalayas sent water, rock and debris crashing into river valleys along the Nepal-China frontier.

By Sunday, at least 797 people had been reported dead and more than 3,000 remained missing. Rescue operations have repeatedly been disrupted by dangerous weather and the possibility of further flooding.

It is tempting either to label every natural catastrophe “climate change” or to insist that no individual catastrophe can tell us anything about climate.

Neither approach is particularly useful.

The better question is:

What is happening to the larger system?

Glaciers, temperatures, precipitation, unstable slopes, rivers and the communities below them are connected.

Which brings us directly to something we created for precisely this purpose:

The Entangity Observatory™.

More about that shortly.

3. Oil, Venezuela — and America’s Emergency Tank

Sunday brought a seemingly unrelated announcement from Washington.

President Trump said Venezuelan oil from a new U.S.-Venezuela arrangement will be used to begin replenishing the Strategic Petroleum Reserve.

The reserve has fallen to roughly 290 million barrels — near a 44-year low.

Now connect the dots:

Iran

↓

Strait of Hormuz

↓

World oil vulnerability

↓

American energy security

↓

Strategic Petroleum Reserve

↓

Venezuela

Six headlines?

Or one story?

We think it is one story.

4. A Smaller Story About a Very Large Principle

President Trump also made news Sunday by saying NBC journalist Kristen Welker would be reported to the Federal Communications Commission for possible “rebuke or punishment” after objecting to her characterization of his political endorsement record.

Whatever one’s opinion of Trump, Welker or NBC, there is a larger issue worth watching.

A resilient democracy requires powerful institutions to tolerate criticism from other powerful institutions.

Presidents criticize journalists.

Journalists criticize presidents.

Citizens criticize both.

The important question is what happens when criticism becomes connected to the regulatory power of government.

That is worth watching.

THE PUBLIC CONVERSATION

At first glance, these stories have little in common.

A war in Iran.

A glacier in the Himalayas.

Oil from Venezuela.

An argument between a president and a journalist.

Look more closely.

One word begins connecting them:

RESILIENCE

How much disruption can a system absorb before it stops working?

That question applies to an energy system.

It applies to a mountain community.

It applies to international alliances.

It applies to journalism.

It applies to democracy.

And it applies to the communities where we live.

THE ENTANGITY CONNECTION™

For generations, much of modern civilization has pursued efficiency.

Faster transportation.

Leaner inventories.

Just-in-time manufacturing.

Larger electrical grids.

Global supply chains.

Instant communications.

Efficiency created enormous prosperity.

But efficiency and resilience are not the same thing.

A system can be wonderfully efficient when everything works — and surprisingly fragile when something doesn’t.

The Strait of Hormuz demonstrates it.

So does a prolonged electrical outage.

So does a community whose only water source depends upon electricity.

So does a democracy when citizens stop trusting its institutions.

Different systems.

Same question:

What happens when something goes wrong?

Perhaps one of the great shifts of the twenty-first century is already underway.

We spent decades asking:

How efficiently can we build it?

Increasingly we may ask:

How resiliently can we build it?

THE WEEKLY UNFOLDING™

The Age of Resilience?

Historians name eras after they have passed.

The Industrial Age.

The Atomic Age.

The Information Age.

Perhaps ours will someday be called the Artificial Intelligence Age.

But another possibility is emerging.

We may be entering the Age of Resilience.

Countries are reconsidering energy security.

Companies are reconsidering supply chains.

Communities are reconsidering electrical grids.

Cities are reconsidering water systems.

And families are reconsidering what it means to be prepared when the systems surrounding them temporarily fail.

Resilience does not mean preventing every disruption.

That is impossible.

It means creating systems capable of bending without breaking.

🌱 MUSTARD SEED™

A New Eye Opens on the Universe

While much of Sunday’s news concerned war, catastrophe and political conflict, something remarkable happened at Cape Canaveral.

NASA launched the Nancy Grace Roman Space Telescope.

The $4.3-billion observatory is now beginning a journey of roughly one million miles to its observation point near the James Webb Space Telescope.

Roman has a mirror approximately the size of Hubble’s — but an enormously wider field of view.

NASA expects it eventually to observe billions of galaxies, tens of billions of stars and tens of thousands of planets, while helping scientists investigate two of the deepest mysteries in physics:

dark matter and dark energy.

While humanity spent another week fighting over a tiny portion of one small planet, we also launched an instrument capable of looking billions of years into the universe.

There is something wonderfully human about that.

We quarrel.

We stumble.

We sometimes destroy.

And still…

we look up.

That is this week’s Mustard Seed™.

🔭 THE ENTANGITY OBSERVATORY™

Here is where The Weekly Unfolding™ becomes a little different from an ordinary newspaper.

We have offered our interpretation.

Now we invite you to investigate for yourself.

The Entangity Observatory™ connects readers directly with trusted sources of continuing data covering:

Climate • World Data • Economics • Conflict • Energy & Emissions • Markets • Public Health • Democracy • Food & Agriculture • Technology & Artificial Intelligence

EXPLORE THE ENTANGITY OBSERVATORY™

Open the Entangity Observatory™⁠

The relationship is simple:

The Weekly Unfolding™ asks:

What do this week’s events appear to mean?

The Entangity Observatory™ asks:

What does the accumulating evidence show?

We encourage readers to question us.

Check the numbers.

Follow the trends.

Reach your own conclusions.

Understanding grows strongest when curiosity follows evidence.

ONE THING TO WATCH

The week’s news ends.

The unfolding doesn’t.

Next week’s employment data will provide another glimpse into an enormous transition already underway in the American economy.

Artificial intelligence.

Trade.

Automation.

Immigration.

Demographics.

Productivity.

Something is changing in the relationship between people and work.

One month’s employment report won’t answer that question.

But it will add another piece to the puzzle.

We’ll be watching.

CLOSING REFLECTION

A tree survives a storm not because it refuses to move.

It survives because it can bend.

Perhaps societies are much the same.

Resilience does not mean preventing change.

It means preserving what matters while adapting to what cannot be avoided.

And so, after another remarkable week, perhaps the most important question isn’t:

What happened?

It is:

What are we building today that will still work when something goes wrong tomorrow?

That is what we’ll continue watching…

as the world unfolds.

ENTANGITY-AI DAILY NEWS

The Weekly Unfolding™

Volume 1 • Issue #33 • August 30, 2026

Publisher & Editor: Jon N. Fogelberg

Most newspapers tell us what happened. The Weekly Unfolding™ asks what those events are becoming — and why the connections matter.

In Episode 4, we discovered something rather annoying.

Your body produces enormous numbers of new cells every day.

Fresh cells.

Brand-new cells.

Cells that have never seen a mortgage payment, attended a board meeting, or tried to remember where they put their glasses.

And yet they report for duty inside an old body and somehow begin behaving old.

So we asked:

Why does a brand-new cell know I’m old?

Now comes the dangerous follow-up question.

What if we could make it forget?

Not forget everything.

We do not want a heart cell suddenly deciding it would rather become a toenail.

But what if scientists could persuade an old cell to remember how it behaved when it was younger?

Welcome to one of the strangest corners of modern biology.

The Fountain of Youth may have turned out to be an instruction manual.

The Great Cellular Rewind

In 2006, Japanese scientist Shinya Yamanaka helped make one of the great discoveries of modern biology.

He showed that mature cells could be pushed backward into a much younger, stem-cell-like state by activating a small group of genes.

That was astonishing.

A mature cell was not necessarily stuck forever at the end of a one-way biological road.

Under the right conditions, researchers could push it backward.

The discovery eventually earned Yamanaka a Nobel Prize.

And it immediately raised the kind of question human beings are very good at asking:

How far backward?

Because there is a problem.

If you completely rewind a mature cell, it may stop being what it was.

A skin cell can lose its identity.

A heart cell can stop being a heart cell.

That is extremely interesting if you are a scientist growing cells in a laboratory dish.

It is somewhat less appealing if the heart cell is currently keeping you alive.

So researchers began wondering:

What if we don’t rewind all the way?

Just Back Up to Thursday

Imagine your biological life as an old videotape.

At the beginning:

Embryo.

Then:

Baby.

Child.

Teenager.

Adult.

Middle age.

Older age.

Complete reprogramming says:

REWIND TO BEGINNING.

Longevity researchers began asking whether there might instead be another button:

REWIND A LITTLE.

Not back to infancy.

Not even back to twenty-five.

Just far enough to restore some healthier patterns of cellular behavior.

Perhaps:

87 → 70.

Or:

70 → 55.

Or even:

old damaged cell → somewhat younger-functioning cell.

That idea is usually called partial cellular reprogramming.

And it is the scientific idea that brings our entire Would You Drink? series out of mythology and into the laboratory.

Enter the Yamanaka Factors

Scientists discovered that several proteins could act like switches controlling cellular identity.

Four became especially famous:

OCT4.

SOX2.

KLF4.

c-MYC.

Together they are often called the Yamanaka factors.

I admit that this is disappointing.

After thousands of years of searching for enchanted waters, magical elixirs and golden goblets, humanity may finally discover the Fountain of Youth and call the ingredients:

OSKM.

Ponce de León deserved better branding.

But the idea behind them is remarkable.

These factors can influence which genetic instructions a cell uses.

Remember our factory from Episode 4?

The DNA was the master blueprint.

Aging seemed partly to involve the factory increasingly using that blueprint incorrectly.

Perhaps some switches could restore part of the original settings.

Not replace the blueprint.

Not build a new factory.

Just tell the existing machinery:

“Try reading page 37 the way you used to.”

Naturally, Someone Tried It on Mice

Much of modern medicine begins with a sentence that mice would probably prefer not to hear:

“Researchers wondered what would happen if…”

Scientists experimented with activating three of the factors—OCT4, SOX2 and KLF4—in nerve cells of mice.

And something fascinating happened.

In certain experiments involving the eye, older or injured nerve cells showed signs of restored function and more youthful molecular patterns.

The cells had not been replaced.

They had not been turned into baby cells.

Researchers appeared to have shifted some aspects of their biological state backward.

That is an extraordinary idea.

Think about it.

An old cell may still contain information about how to behave young.

Somewhere inside the aging factory, the original blueprint may still be sitting in a filing cabinet.

Dusty.

Misfiled.

Behind the Christmas decorations.

But still there.

“Remember When You Were Young?”

This makes cellular reprogramming almost sound like a conversation.

Scientist:

“Do you remember being young?”

Cell:

“Vaguely.”

Scientist:

“You used to repair things faster.”

Cell:

“So I’ve been told.”

Scientist:

“You handled stress better.”

Cell:

“I was busy.”

Scientist:

“Would you like to try that again?”

Cell:

“What’s the catch?”

Excellent question.

There is always a catch.

The Catch Is Important

We should not get carried away.

Cellular reprogramming is powerful precisely because it changes fundamental biological instructions.

That means it could also go badly.

Reprogram too far and the cell could lose its identity.

Change the wrong growth programs and abnormal cell growth becomes a concern.

Alter enough cells incorrectly and rejuvenation could become considerably less attractive.

So the challenge is not simply:

Can we rewind cells?

It is:

Can we rewind them just enough—and stop at exactly the right moment?

Think Indiana Jones choosing the Grail.

Only now the cups are microscopic.

And some of them contain transcription factors.

Choose wisely.

And Then Came Humans

This is where our story becomes much more interesting.

The concept has now begun moving from laboratory animals toward human testing.

One experimental approach, ER-100, is being studied for serious diseases affecting the optic nerve.

The idea is not to make the whole person younger.

Nobody is receiving an injection and walking out asking where the senior prom is.

Researchers are starting much more cautiously.

A particular tissue.

A particular type of cell.

A particular disease.

The question is essentially:

Can damaged human nerve cells be encouraged to recover a younger, more functional biological state?

That is a very long distance from reversing human aging.

But it is also a very long distance from Ponce de León.

For thousands of years we asked:

Where is the Fountain of Youth?

Science is beginning to ask:

What if it was inside us all along?

Perhaps Aging Is Partly Lost Information

This may be the most intriguing possibility of all.

We normally think of aging as damage.

Things break.

Things wear out.

And of course they do.

But what if aging is partly something else?

What if cells gradually lose their ability to correctly interpret the instructions they already possess?

The DNA remains.

The youthful genetic information remains.

But the cellular system becomes increasingly confused about which instructions to use.

Like an orchestra that still owns Beethoven’s score but has spent eighty years adding notes in the margins.

Violin:

“Are we supposed to play here?”

Cello:

“I don’t think so.”

Trumpet:

“I’ve been playing continuously since 1974.”

Conductor:

“Who wrote ‘MORE INFLAMMATION’ across page six?”

Nobody remembers.

Then someone produces the original score.

Suddenly the idea of rejuvenation changes.

Perhaps we do not have to invent youth.

Perhaps some of it merely has to be recovered.

A Primitation Possibility

This is where the idea becomes especially interesting through the lens of Primitation.

The younger biological state came first.

The older state unfolded from it.

Therefore the aged cell is not an entirely different creation.

It is the later expression of an earlier pattern.

If enough of that original pattern remains embedded in the system, rejuvenation might involve recovering portions of what was already there.

Not creating youth from nothing.

Not defeating nature.

But restoring access to an earlier biological order.

The factory remembers.

Or at least some parts of it may.

But One Young Machine Doesn’t Make a Young Factory

There is another problem.

Our body is not one cell.

It is an enormous interconnected community.

Suppose we rejuvenate some heart cells.

Wonderful.

But those cells are still living among aging blood vessels, aging immune cells, aging connective tissue and aging hormones.

Suppose we rejuvenate muscle.

Wonderful.

But the muscle remains connected to aging nerves, bones and circulation.

The body is an Entangity problem.

Every system communicates with other systems.

The eye does not age by itself.

The heart does not age by itself.

The brain does not age by itself.

We age together.

Which means the ultimate Fountain of Youth may not be one treatment at all.

It may require persuading an enormous biological network to move toward youth in coordination.

That is considerably harder than drinking from a spring.

The Annual 100-Year Tune-Up

Perhaps someday the longevity clinic will look something like this:

“Good morning. What brings you in?”

“I’m 143.”

“Any problems?”

“Knees are beginning to feel 90.”

“We can take care of that.”

“How’s the heart?”

“Biologically 72.”

“Brain?”

“58.”

“Liver?”

“Excellent. Apparently it enjoyed your decision to stop drinking martinis in 2061.”

“Anything else?”

“Your epigenetic service light is on.”

“Oh dear.”

“Nothing serious. We’ll reset it while you’re here.”

“And when should I come back?”

“Twenty years.”

That is probably how the Fountain of Youth will arrive.

Not with trumpets.

With an appointment reminder.

But Now We Have a Bigger Problem

Suppose it works.

Not perfectly.

Not immortality.

Just enough to add another hundred healthy years to ordinary human life.

The biological problem has been solved.

Or at least dramatically improved.

Now the human problem begins.

Because our civilization is built around the expectation that generations arrive, age, transfer responsibility and eventually depart.

What happens when they don’t?

Or when they do—but about a century later?

Who retires?

Who inherits the house?

How many generations live simultaneously?

How long does someone remain president of the family business?

How long is “until death do us part”?

And if everybody remains healthy for another hundred years—

where do we put everybody?

At some point the Fountain of Youth stops being a medical story.

It becomes a demographic story.

And curiously, humanity already possesses one famous collection of stories about people who supposedly lived for centuries.

Noah: 950 years.

Methuselah: 969.

Adam: 930.

Perhaps we have spent too much time wondering whether those ages were possible and not enough time asking the more practical question:

Suppose they were. How on Earth did society work?

Which brings us to Noah.

And, more urgently—

Noah’s retirement plan.

Next in Would You Drink?

Episode 6: Noah’s Retirement Problem

If you expect to live 950 years, when exactly do you retire?

And more important:

When do the children finally get the house?

I came across it by accident, deep in the ninth edition of the Encyclopædia Britannica — the celebrated “Scholar’s Edition,” published volume by volume between 1875 and 1889. The article was simply titled “Atom,” and at the foot of its final column sat three initials: (J. C. M.). James Clerk Maxwell. The greatest physicist of the nineteenth century, writing the encyclopedia’s entry on the very building block of matter.

I expected confidence. What I found, near the end, was something closer to reverence — and a boundary drawn with startling honesty:

Science is incompetent to reason upon the creation of matter itself out of nothing. … It is only when we contemplate not matter itself, but the form in which it actually exists, that our mind finds something on which it can lay hold. … We may use our knowledge of such truths for purposes of deduction, but we have no data for speculating on their origin.

Read that last line again. We have no data for speculating on their origin.

This is not a mystic or a preacher. This is Maxwell — the man whose equations, written from experiments with magnets and wires, turned out to describe radio, X-rays, and light itself. And he stops. He walks the question of why there is matter at all right up to the edge of his method, and then he names the far side as belonging not to physics but to the metaphysician. The origin of being, he says plainly, is not a place his instruments can reach.

That sentence is the hinge of my book.

Before the Beginning: God, Love, and the Architecture of Everything takes its stand on exactly the border Maxwell marks. Where he draws the line and stops, the book asks what lies on the other side of it — not as a rival to physics, but as the inquiry Maxwell himself concedes to metaphysics. One of its chapters is titled, almost as a reply across the centuries, “Why ‘Before the Big Bang’ Is a Philosophical Question, Not a Physical One.” Reality, the book argues, begins not with matter, energy, or the Big Bang, but with God understood as the ground of all being — the source from which anything can exist at all.

There is a deeper resonance still, and it is pure Maxwell. My framework leans on the story of Faraday and Maxwell: Faraday intuited the electromagnetic field — lines of force, regions of influence — decades before he could write it down; Maxwell arrived thirty years later and gave the intuition its equations. The field was real before the formula existed. The book argues we stand today where Faraday stood in the 1840s — the reality identified and described, the mathematics not yet written. So the same Maxwell who marks the limit of physics on the origin of matter is also the model for the formula that a serious intuition still awaits.

He bracketed the question. This book unbrackets it.

I don’t offer that as a refutation of Maxwell — quite the opposite. His honesty is the invitation. A lesser scientist would have papered over the gap; Maxwell named it, and in naming it left the door open. Before the Beginning is an attempt to walk through that door with the same care he showed in marking it.

If that border interests you — the one between what science can measure and what it can only point toward — you’ll find the book here:

Before the Beginning: God, Love, and the Architecture of Everything

Maxwell reached the utmost limit of his thinking faculties and told us so. The question is what we do with the ground he could see but could not survey.

— Jon Nils Fogelberg Entangity Daily News · i-5 LLC

WGWJA #1: America’s Deportation Policy

What Grade Would Jesus Assign?

Jesus was called many things.

Lord. Messiah. Savior. Son of God.

But during his earthly ministry, one title followed him almost everywhere:

Teacher.

People came to him with questions. They tested him. They argued with him. They asked him about money, marriage, power, enemies, neighbors, government, punishment and God.

And Jesus taught.

So perhaps one way of examining the great moral questions of our own time is not merely to ask the familiar “What Would Jesus Do?”

Instead, imagine handing Jesus the assignment.

Here is what we have done, Teacher.

What grade would you give us?

Welcome to WGWJA: What Grade Would Jesus Assign?

Assignment #1: The United States’ Current Deportation Policy

First, fairness requires acknowledging something important.

A nation has laws. A government has a legitimate responsibility to protect its borders and its people. Someone convicted of murder, rape, trafficking or other serious crimes does not acquire immunity from consequences simply because Jesus told us to love our neighbors.

Indeed, protecting people from violence is itself an act of neighbor-love.

The Trump administration argues that its massive immigration-enforcement campaign is doing exactly that. In February, the White House said that more than 675,000 people had been deported during the administration and said that more than 400,000 of those deported had been charged with or convicted of crimes. (The White House)

If the assignment were simply:

Should government protect innocent people from dangerous offenders?

Teacher Jesus might write:

A.

But that isn’t the whole assignment.

The administration has explicitly said immigration enforcement does not stop with dangerous criminals. During Minnesota’s Operation Metro Surge, border czar Tom Homan stated that people who are not national-security threats or public-safety risks are nevertheless not exempt from immigration enforcement. (The White House)

And that changes the examination.

Because now Jesus begins turning the pages.

Question 1: How did you treat the stranger?

Jesus had already given us the answer key.

“I was a stranger and you welcomed me.”

— Matthew 25:35

Not:

I was a stranger, and you first checked my papers.

Not:

I was a stranger, unless welcoming me proved politically inconvenient.

Jesus deliberately placed the stranger among the hungry, thirsty, naked, sick and imprisoned—the people by whose treatment he said nations themselves would be judged.

America certainly has the authority to decide who may legally remain within its borders.

But the Christian question is different:

Once another human being stands before us, how do we treat that person?

That is where the grade begins falling.

Question 2: Did you distinguish the dangerous from the vulnerable?

Consider what has happened with children.

Reuters reported in July that the federal Office of Refugee Resettlement—the agency responsible for caring for unaccompanied migrant children—had supplied immigration authorities with more than 460,000 leads concerning children and their potential sponsors. More than 12,000 people were arrested following those referrals.

Meanwhile, the average time unaccompanied children spent in federal custody increased from about 30 days in fiscal 2024 to 194 days by June 2026. (Reuters)

One can argue about immigration law.

It is much harder to imagine Jesus looking at a frightened six-year-old and asking first:

Which agency has jurisdiction?

Remember what the Teacher actually said:

“Let the little children come to me.”

Mark 10:14.

Grade: F.

Question 3: Did enforcement become intimidation?

Here in Minnesota, this is not theoretical.

During Operation Metro Surge, roughly 3,000 federal agents were deployed and about 4,000 people were arrested. Reuters later documented the consequences reported throughout Minneapolis: immigrant families afraid to leave their homes, children missing school, workers losing income and some families avoiding medical treatment because they feared encountering immigration agents. (Reuters)

Even churches entered the controversy.

The administration had rescinded the previous policy restricting immigration enforcement in places of worship and other sensitive locations. On August 18, a federal appeals court upheld an injunction protecting eight houses of worship, concluding that the new enforcement policy likely burdened their religious exercise. (Reuters)

Imagine that one appearing on the Teacher’s desk:

People became afraid to enter a church because government agents might be waiting for them.

Jesus knew something about authorities waiting to seize people.

That chapter of the Gospel did not end especially well for the authorities.

Question 4: Did you remember mercy?

“Blessed are the merciful.”

Matthew 5:7.

Mercy does not mean there are no consequences.

That is an important distinction.

A judge can impose a sentence mercifully. A parent can enforce a rule mercifully. A nation can enforce its borders mercifully.

Mercy asks whether we have considered the human being standing inside the violation.

How long has this person lived here?

Are there children involved?

Is there a spouse?

Is the person dangerous?

Does the person work?

Does the person have somewhere safe to return?

Was the violation violent—or merely immigration-related?

Justice asks what happened.

Mercy asks who is standing before us.

Jesus insisted upon both.

Question 5: Did you love your neighbor?

Here comes the hardest question on the examination.

“Love your neighbor as yourself.”

Mark 12:31.

Jesus was once challenged on precisely this point:

Who is my neighbor?

His answer was the Good Samaritan.

And that story contains a detail we sometimes domesticate out of it.

The Samaritan was the outsider.

Jesus deliberately made the morally admirable person in the story someone his audience might have regarded as belonging to the wrong people.

Two thousand years later we are still trying to narrow the definition of “neighbor.”

Jesus keeps widening it.

The Teacher’s Grade

So what grade would Jesus assign America’s present deportation policy?

We cannot pretend Jesus personally filled out this report card. None of us possesses that authority.

But we do possess his teachings.

And if those teachings are the syllabus, I suspect the red ink would be substantial.

Protecting people from dangerous criminals: A

Respecting legitimate civil law: A

Distinguishing dangerous people from ordinary undocumented families: D

Treatment of children and families: F

Welcoming the stranger: F

Mercy and proportionality: F

Creating fear around schools, neighborhoods and houses of worship: F

Remembering that every person encountered bears God-given human dignity: F

FINAL GRADE: F

And perhaps underneath it, in the handwriting of a patient Teacher:

America, you learned the law.

You forgot the lesson.

Protect your borders. Protect your people. Enforce your laws.

But never forget whom you are enforcing them against.

They are not statistics.

They are not quotas.

They are not “illegals.”

They are people.

Some have done terrible things and should face justice.

Some have broken immigration law and must face its consequences.

Some deserve asylum.

Some deserve another hearing.

Some deserve to go home.

Some deserve the opportunity to remain.

Every one of them deserves to be treated as a human being.

Because the Teacher’s final examination may contain only one question:

When I was a stranger, what did you do with me?

Teacher’s comment: Rewrite and resubmit.

YOU BE THE EDITOR: Does This Comic Work?

We’re experimenting with a new comic strip featuring an artificial superintelligence trying to make sense of the very peculiar world of human beings.

Today’s strip is simple:

Robot: “Which way to the bathroom?”

Student: “Number 1? Or Number 2?”

Robot: “Number 3.”

Now I need your help.

Before I tell you what we think the joke means, I’d rather hear what you think.

Did you get it?

What does “Number 3” mean to you?

Is it funny? Thought-provoking? Confusing? All three?

And one especially important question: Should the robot be talking with ten-year-olds, teenagers, adults—or does its human companion even matter?

Please don’t worry about giving us the “right” answer. There isn’t one. I want to discover what the strip actually says to a reader who encounters it cold.

You be the editor.

Meaning today:
To escape “by the skin of your teeth” means to barely succeed or narrowly avoid disaster—by the smallest imaginable margin.

“I caught the train by the skin of my teeth.”

But teeth don’t have skin.

So where did such a peculiar expression come from?

Straight Out of the Bible

Unlike many quaint phrases whose origins have become tangled in folklore, this one has an unusually identifiable ancestor.

It comes from the Book of Job.

Job has lost his children, his wealth, his health, and nearly everything that made his former life recognizable. In the midst of his suffering, he declares:

“I am escaped with the skin of my teeth.”

— Job 19:20, King James Version

The King James Bible was published in 1611, which carried this memorable wording into English-speaking culture.

But the underlying Hebrew text is vastly older—probably composed sometime during the first millennium BCE.

So the strange image predates modern English by many centuries.

But What Is the “Skin” of a Tooth?

That’s where things become interesting.

Teeth, obviously, have no skin.

Biblical scholars have debated precisely what Job’s ancient expression meant.

Possibilities include the tissue surrounding the teeth—the gums or lips—or simply an ancient metaphor describing an extraordinarily narrow survival.

The Hebrew expression is difficult enough that modern Bible translations don’t all handle it identically.

But the image that English inherited is extraordinarily powerful:

Imagine escaping with nothing left except...

the nonexistent skin covering your teeth.

In other words:

almost nothing at all.

How the Meaning Shifted

Job’s original statement concerns survival.

Over centuries, English speakers broadened the expression.

You could survive a disaster by the skin of your teeth.

Then you could escape danger by the skin of your teeth.

Eventually you could pass an examination, catch a train, win an election, make a deadline—or finish almost anything—

by the skin of your teeth.

The catastrophe disappeared.

The narrow margin remained.

An Expression Frozen in Time

This makes the phrase especially remarkable.

We routinely use words translated into English more than 400 years ago to preserve an image originating perhaps 2,500 years ago.

Most people saying:

“I made it by the skin of my teeth!”

have no reason to suspect they are echoing the desperate words of Job.

The phrase has become detached from its source while retaining its original emotional force.

QUAINT PHRASES #5 — BY THE SKIN OF MY TEETH

Era: Ancient; preserved in English in the 1611 King James Bible
Source: Job 19:20
Original setting: Job describing his desperate condition and survival
Original image: Escaping with nothing more than the “skin” of one’s teeth
Then: Barely surviving
Now: Barely succeeding or narrowly escaping failure
Verdict: A genuine biblical inheritance—not a later folk tale.

And perhaps the strangest part is this:

For thousands of years, humanity has understood exactly what the phrase means—even though no one has ever found the skin on a tooth.

Here is a question that has bothered me for some time.

My body is constantly replacing cells.

New blood cells.

New skin cells.

New intestinal cells.

New cells of various kinds, produced every day.

Researchers have estimated that the average human body turns over roughly 330 billion cells a day, most of them blood cells. (PubMed)

Three hundred and thirty billion.

Every day.

At that rate, you might reasonably expect me to wake up some morning looking considerably better.

Yet the mirror remains stubbornly unimpressed.

Which raises a deceptively simple question:

If a cell was created this morning, why should it care how old I am?

Surely that cell isn’t 87 years old.

It’s four hours old.

Shouldn’t it arrive pink-cheeked, enthusiastic, and asking where we keep the bicycles?

Instead it apparently reports for duty, looks around, and immediately says:

“Oh. We’re old.”

How does it know?

The New Employee Arrives at an Old Factory

Imagine a factory that has been operating for nearly ninety years.

Every morning it manufactures replacement parts.

The new part itself may be flawless.

Fresh metal.

Fresh paint.

Never used.

But it enters a factory where:

the machinery has worn,

the electrical system has been patched repeatedly,

the pipes aren’t what they used to be,

the instruction manuals contain handwritten amendments,

several foremen have retired,

the heating system is temperamental,

and somebody in maintenance keeps saying:

“It has always made that noise.”

The replacement part is new.

The factory isn’t.

That seems to be approximately what happens inside us.

Your newly created cell does not arrive in an empty universe.

It is born into you.

And you already have a history.

New Cell. Old Parents.

Many replacement cells originate from stem cells and progenitor cells that have themselves been living in the body for years.

Those cellular parents aren’t immune from aging.

Over time, stem cells can accumulate DNA damage, changes in gene regulation, mitochondrial problems and other age-associated alterations. Their ability to divide, repair tissues and produce properly functioning descendants can decline.

In fact, stem-cell exhaustion is one of the recognized hallmarks of biological aging. (Cell)

So imagine our brand-new cell asking:

“Where did I come from?”

And the answer is:

“An elderly stem cell.”

“Oh.”

“And you’ll be working in an elderly organ.”

“Oh.”

“Under elderly management.”

“I see.”

“Here is your employee handbook.”

“Why are half the pages crossed out?”

“Welcome aboard.”

But Doesn’t It Have Brand-New DNA?

Mostly, yes—and here is where the story becomes really interesting.

A cell’s DNA contains its fundamental genetic instructions.

Your skin cell and heart cell contain essentially the same genetic library.

Yet they behave completely differently because different portions of that library are being read.

A heart cell knows it is a heart cell.

A skin cell knows it is a skin cell.

A liver cell does not suddenly announce:

“I’ve always wanted to be a retina.”

Something tells cells which genetic instructions to use and when.

Much of this regulation falls under the broad term epigenetics.

Think of your DNA as an enormous cookbook.

The recipes are still there.

But the aging cell may have sticky notes all over it:

DON’T USE THIS RECIPE.

MAKE LESS OF THIS.

MAKE MORE OF THAT.

PAGE 337 MISSING.

SOMEONE SPILLED COFFEE HERE.

And unfortunately:

WE HAVE BEEN MAKING IT THIS WAY SINCE 1982.

The cookbook may remain substantially intact.

The instructions about how to use it have changed.

Age-related epigenetic alterations are another major hallmark of aging. (Cell)

Now our original question becomes much more interesting.

Perhaps the new cell isn’t simply inheriting biological material.

Perhaps it is also inheriting old operating instructions.

The Neighborhood Matters Too

But even that isn’t the whole story.

Suppose somehow we could manufacture a beautifully youthful cell.

Perfect condition.

Wonderful mitochondria.

Pristine enthusiasm.

We place it into an old tissue.

What happens?

Its neighbors begin talking to it.

Cells are astonishingly social.

They exchange chemical messages.

Hormones circulate.

Immune cells signal.

Inflammatory molecules appear.

Blood delivers nutrients and instructions.

The extracellular material surrounding cells changes with age.

Senescent cells—older damaged cells that have stopped dividing but remain metabolically active—can release signals affecting nearby tissue.

The cell exists in a neighborhood.

And neighborhoods influence their residents.

Scientists have seen striking evidence of this in animal experiments. When the circulatory systems of young and old mice have been experimentally connected—a technique with the wonderfully science-fiction name heterochronic parabiosis—young systemic environments can affect regenerative behavior in older tissues. Such experiments helped demonstrate just how much aging depends not only upon the individual cell but upon the environment surrounding it. (Science)

Which means our newly born cell may arrive saying:

“Good morning! I’m new!”

And the neighborhood replies:

“We don’t do that sort of thing around here.”

Some Parts Aren’t Being Replaced Anyway

There is another catch.

The popular idea that “your entire body replaces itself every seven years” is not really correct.

Different cells have dramatically different lifespans.

Blood and intestinal cells turn over rapidly.

Other cell populations are much longer-lived.

Many neurons, for example, can remain with us for decades.

And even when cells are replaced, the larger architecture surrounding them—the tissues, extracellular structures, blood vessels, signaling systems and accumulated damage—isn’t magically rebuilt from scratch.

You aren’t a collection of Lego bricks dumped onto the table every seven years and reconstructed from the instruction booklet.

Thank goodness.

That would make birthdays extremely complicated.

Instead, the body is more like an old city.

Buildings are renovated.

Roads are resurfaced.

Restaurants change hands.

Trees are replaced.

New residents arrive.

But Minneapolis does not become a brand-new city every time someone replaces a roof.

The continuity of the system remains.

So does its history.

And so do many of its problems.

Apparently, Aging Is a Group Project

Scientists increasingly describe aging not as one malfunction but as an interconnected collection of processes.

Among the currently recognized hallmarks are genomic instability, telomere attrition, epigenetic alterations, loss of protein homeostasis, mitochondrial dysfunction, cellular senescence, stem-cell exhaustion, chronic inflammation and altered communication between cells. (Cell)

Notice what that means.

There probably isn’t one AGING SWITCH hidden somewhere behind the pancreas.

Nobody is going to discover it and say:

“Aha! It was set to ON.”

Aging seems to emerge from many systems interacting.

Which is rather Entangity-like.

The age of a cell cannot necessarily be understood merely by asking how many days that individual cell has existed.

Its condition is entangled with:

its parent cell,

its DNA,

its epigenetic instructions,

its mitochondria,

its neighboring cells,

its immune system,

its blood supply,

its tissue environment,

and the history of the organism containing all of them.

The cell does not have to look at your driver’s license.

You are its age.

Which Leads to a Rather Startling Possibility

For a long time, we imagined aging primarily as wear and tear.

A machine gets old.

Parts deteriorate.

Eventually it stops.

That is certainly part of the story.

But suppose some portion of aging isn’t just physical damage.

Suppose part of it is information getting scrambled.

The original instructions aren’t necessarily gone.

They’re simply being used differently.

That possibility leads to an extraordinary question:

What if an old cell could be reminded how to be young?

Not replaced.

Not transformed into an embryo.

Not magically reconstructed.

Just...

reminded.

Scientists have already shown in laboratory and animal experiments that limited forms of cellular reprogramming can alter age-associated molecular patterns while attempting to preserve a cell’s identity. The field remains experimental, and rejuvenating some cellular characteristics is very different from making an old human young. (Nature)

Still, consider how strange this is.

We spent thousands of years searching rivers and jungles for the Fountain of Youth.

Perhaps we were looking in entirely the wrong place.

Maybe it isn’t a fountain.

Maybe it isn’t even a substance.

Maybe part of the secret is an instruction.

Imagine the Conversation

Scientist:

“We think we can make your cells behave somewhat younger.”

Me:

“Excellent.”

Scientist:

“We do this by modifying patterns of gene expression.”

Me:

“Fine.”

Scientist:

“It involves transcription factors and epigenetic reprogramming.”

Me:

“If you say so.”

Scientist:

“There could be significant risks.”

Me:

“Ah.”

Scientist:

“We have much more research to do.”

Me:

“I was wondering when Indiana Jones would show up.”

There is always a catch.

But Our Original Puzzle Has Changed

We started with a very simple question:

Why does a brand-new cell know I’m old?

The answer appears to be:

It doesn’t “know” in the way we know our age.

Instead, it is created by an aging biological system, inherits molecular conditions from that system, and enters an aging cellular environment whose signals help determine how it functions.

The cell may be new.

Its context is old.

That may be one of the most important distinctions in the entire longevity story.

Because if aging exists partly in the relationships among cells rather than exclusively inside individual cells, then replacing cells alone may never be enough.

We would have to rejuvenate the system that tells the cells how to behave.

And now our little Fountain of Youth series has arrived somewhere Ponce de León could never have imagined.

Not Florida.

Not an enchanted spring.

Not the Holy Grail.

But a microscopic world in which scientists are beginning to ask whether the biological instructions associated with age can actually be rewritten.

Which brings us to Episode 5.

Because somebody has now asked the obvious question:

What happens if we try?

Next in Would You Drink?

Episode 5: What If We Could Rewind the Factory?

Scientists are no longer satisfied with asking how to slow aging.

Some are asking whether an old cell can actually be pushed toward a younger biological state.

For the first time, the Fountain of Youth may be wearing a lab coat.

WHO WAS WATCHING THE WATCHDOGS?

Part IV — Final: The Beagle Question

Why this dog? And why are we still doing it?

An Entangity News Exposé

For three installments we have followed the Ridglan beagles.

We followed them backward to the breeder.

We followed the regulators who were supposed to protect them.

We followed the money and the customers.

Then we followed some of the dogs through laboratory doors, where the public record became increasingly difficult to follow.

One question remains.

It may be the simplest question in the entire investigation.

Why beagles?

Why did this particular dog—the floppy-eared, tail-wagging, relentlessly sociable little hound that millions of Americans know as a family pet—become one of science’s preferred laboratory dogs?

The answer begins with biology.

But it does not end there.

Because one of the characteristics that made the beagle so attractive to scientists was also the characteristic that makes what happened at Ridglan Farms particularly unsettling.

Beagles are nice.

The perfect laboratory dog

There is nothing magical about beagle physiology that makes the breed uniquely capable of revealing whether a drug is dangerous.

Dogs generally have characteristics useful in biomedical research. Their bodies are large enough for repeated blood sampling, surgical procedures and physiological monitoring. They develop some diseases similar to human diseases, and their cardiovascular, neurological and other biological systems can be useful in particular kinds of research. (PubMed Central (PMC))

But beagles brought additional advantages.

They are relatively small.

They are social.

They generally tolerate living with other dogs.

They can be trained.

They tend to cooperate with human handlers.

And purpose-bred laboratory strains can be produced with known ages, health histories and genetic backgrounds.

The National Academies has noted that purpose-bred dogs used in research tend to be young, healthy and of defined genetic background and disease status—characteristics researchers prize when trying to eliminate variables from an experiment. (NCBI)

A study of former laboratory dogs puts the matter quite directly: beagles became the preferred laboratory breed in part because of their small size and docile nature. (PubMed Central (PMC))

That word deserves attention.

Docile.

In ordinary life, we might call the same quality gentle.

Trusting.

Good-natured.

Cooperative.

A dog that does not immediately bite when frightened.

A dog willing to follow a person down a hallway.

A dog that tolerates handling.

A dog bred for sociability.

A dog that wants to please us.

And somewhere in the history of laboratory science, those virtues became technical specifications.

The beagle did not volunteer

There is an uncomfortable asymmetry here.

The laboratory values the beagle partly because it will cooperate.

But cooperation is not consent.

A beagle accepting a human hand is behaving according to thousands of years of domestication and generations of selective breeding.

It trusts us.

That trust makes veterinary care easier.

It makes family companionship possible.

It makes therapy dogs possible.

And it also makes laboratory handling easier.

There is no accusation hidden in that observation.

It is simply a fact worth noticing.

We selected a species for companionship, then selected one of its most manageable breeds for experimentation.

The very relationship that brought dogs into our homes also helped bring them into laboratories.

How the beagle became standardized

The modern laboratory beagle was not inevitable.

It was constructed over decades.

Historian Brad Bolman’s recent work traces the transformation of the beagle from an ordinary American dog into a standardized scientific organism during the middle decades of the twentieth century. By the 1940s and 1950s, research institutions were developing increasingly standardized beagle colonies. (OUP Academic)

Then came the atomic age.

Scientists studying the long-term consequences of radiation needed animals that lived longer than laboratory mice and rats.

Large beagle colonies were established at places including the University of California, Davis, and the University of Utah. Researchers exposed dogs to radioactive materials to study effects that might develop over years.

Those programs did more than generate radiation data.

They generated expertise in how to conduct experiments with beagles.

Facilities were built.

Veterinary procedures were developed.

Housing systems were established.

Researchers became familiar with the breed.

Scientific papers accumulated.

A standardized laboratory animal was taking shape. (OUP Academic)

Then pharmaceutical regulation expanded dramatically.

After the drug-safety crises of the mid-twentieth century, including thalidomide, governments demanded more extensive preclinical testing before new medicines reached humans.

In 1962—the same year Congress enacted the Kefauver-Harris Amendments strengthening drug regulation—Marshall Farms began commercially raising beagles for biomedical research. (OUP Academic)

The pieces connected.

Researchers needed dogs.

Regulators expected animal safety data.

Breeders could provide standardized dogs.

Laboratories already knew how to use beagles.

Pharmaceutical companies knew regulators were accustomed to beagle data.

And once that happened, something enormously powerful entered the equation.

Precedent.

The Primitation machine

Here is where the history becomes familiar.

A researcher planning a toxicity study asks:

“What animal should we use?”

The previous study used beagles.

The laboratory has beagle equipment.

The technicians know how to handle beagles.

The regulator has reviewed beagle studies before.

The pharmaceutical company has historical beagle data.

The breeder can deliver beagles of the desired age and weight.

So the answer becomes:

Beagles.

Then that experiment becomes another piece of evidence supporting the next experiment.

And gradually:

We use beagles because beagles are what we use.

That is Primitation in almost perfect form.

Not imitation exactly.

Not tradition exactly.

Rather, a practice becomes embedded so deeply in the surrounding infrastructure that continuing it feels like a scientific necessity even when part of the original reason has disappeared.

This is no longer merely our interpretation.

In May 2026, NIH specifically advised researchers selecting experimental models to:

avoid justifying a model solely because of its current or historical use in the field.

That is a remarkable instruction. (Grants.gov)

In other words, America’s premier biomedical research agency is now warning scientists against precisely the Primitation trap.

Science itself is beginning to ask the question

Something changed while Ridglan was approaching the end of its existence.

The question was no longer coming only from animal-welfare activists.

It was increasingly coming from scientists and regulators.

In April 2025, FDA announced a roadmap intended to reduce, refine and in some circumstances replace animal testing in drug development with what are called New Approach Methodologies, or NAMs.

These include:

human cells,

organoids,

organs-on-chips,

computer simulations,

AI-based toxicity models,

and combinations of human biological and real-world data. (U.S. Food and Drug Administration)

By April 2026, FDA reported that it had met its first-year milestones and described the transition as an effort not merely to reduce animal use but to obtain better predictions of human biology. (U.S. Food and Drug Administration)

That second point matters enormously.

For years the animal-testing debate was often framed as:

Compassion versus science.

But a new question is emerging:

What if compassion and better science increasingly point in the same direction?

FDA notes that more than 90 percent of drugs that appear safe in animal studies ultimately fail to receive approval, often because human trials reveal problems with safety or effectiveness. (U.S. Food and Drug Administration)

That does not mean animal experiments are useless.

It means they are models.

And every model has limits.

A beagle is not a small human.

$150 million says this is no longer theoretical

NIH has moved in the same direction.

In March 2026, NIH announced more than $150 million for developing and standardizing human-based research methods designed to better simulate human biology and reduce reliance on animal models. (National Institutes of Health)

On June 15, NIH created an entire new Office of Research Innovation, Validation, and Application—ORIVA—to accelerate human-based research technologies, including 3D tissue systems and computational approaches. (National Institutes of Health)

NIH has also stopped designing new funding opportunities exclusively around animal models of human disease. Investigators are increasingly encouraged to select whatever scientifically appropriate model best answers the question—including human-based approaches. (Grants.gov)

This does not mean laboratory dogs disappear tomorrow.

NIH and FDA both acknowledge that alternatives cannot yet completely reproduce every biological process requiring study. (Grants.gov)

But it does mean something important has changed.

The burden of proof is beginning to move.

For much of the twentieth century the implicit question was:

Why shouldn’t we use an animal?

The twenty-first-century question may increasingly become:

Why must we?

That is a radically different starting point.

The Three Rs are almost seventy years old

None of this ethical thinking is actually new.

Scientists William Russell and Rex Burch articulated the principles known as the Three Rs in 1959:

Replacement — use non-animal methods wherever possible.

Reduction — use the fewest animals necessary.

Refinement — reduce pain and distress as much as possible.

Those principles remain embedded in federal animal-research policy today. (Grants.gov)

Think about that date.

1959.

America has had the intellectual framework for reducing animal experimentation for nearly seven decades.

Yet thousands of dogs still enter research facilities annually.

Perhaps the problem was never that we lacked the principle.

Perhaps technology had not yet caught up with the principle.

Now it may be beginning to.

AI can model molecular interactions.

Human organoids can reproduce aspects of organ biology.

Organs-on-chips can expose human tissue systems to drugs.

Computational models can integrate enormous biological datasets.

None yet reproduces an entire living organism perfectly.

But neither does a beagle reproduce a human being perfectly.

The relevant question is not whether an alternative is perfect.

It is whether it answers the particular scientific question better than the animal does.

The strongest argument for continued dog research

We should not hide from the strongest counterargument.

Some research is about dogs themselves.

Heartworm treatments.

Canine anesthesia.

Veterinary medicines.

Canine cancers.

Orthopedic techniques.

In those cases, human organoids cannot necessarily tell us everything we need to know about treating an actual dog.

And some whole-body interactions—between circulation, metabolism, immunity, nervous systems and organs—remain extraordinarily difficult to reproduce outside a living organism.

That is why simply declaring all animal research unnecessary would outrun the science.

But accepting that fact does not justify every existing use.

Quite the opposite.

It suggests a far more demanding principle:

Every use should have to earn its necessity.

Not once in 1962.

Not because last year’s protocol used beagles.

Not because the equipment is already installed.

Not because the regulator is accustomed to receiving canine data.

Every time.

Five questions before the next beagle is ordered

The Ridglan investigation suggests a better standard.

Before a federally funded or regulated institution purchases another purpose-bred dog, someone should have to answer five questions clearly.

1. Why a living dog?

What specific scientific question cannot reasonably be answered first through cells, organoids, computer modeling, existing clinical data, cadaver tissue or another method?

2. Why a beagle?

Is the breed scientifically necessary—or simply historically convenient?

3. Why this breeder?

Has the institution independently reviewed the supplier’s animal-welfare history rather than merely checking whether a USDA license exists?

4. What happens afterward?

Is death scientifically required, or can the animal be retired and adopted?

5. Can the public eventually see the answer?

Not proprietary drug formulas.

Not confidential research details.

Just the basic accounting:

How many animals entered?

How many survived?

How many were adopted?

How many died?

Transparency is not anti-science.

It is how science earns trust.

Ridglan showed us why licenses are not enough

Part I of this series began with a contradiction.

Federal inspectors had found remarkably few violations.

Wisconsin investigators eventually documented hundreds.

That contradiction tells us something broader than the story of one breeder.

A laboratory purchasing from a breeder cannot outsource its moral responsibility to a government certificate.

“USDA licensed” means an institution has entered a regulatory system.

It does not mean:

We guarantee everything happening here is acceptable.

Ridglan demonstrated that painfully.

That suggests a reform so ordinary that corporations already use versions of it for timber, minerals, seafood and overseas factories:

Supply-chain due diligence.

If a university is willing to audit the source of its coffee beans for labor practices, surely it can investigate the source of a living research animal.

The other end of the pipeline matters too

And if a beagle survives research?

There is encouraging evidence.

A peer-reviewed study of former laboratory dogs found that, although some experienced behavioral challenges, dogs rehomed from laboratories generally formed strong bonds with their caregivers and could become companions comparable to dogs without laboratory histories. (PubMed Central (PMC))

So adoption should not be regarded as some sentimental afterthought.

Where scientifically and medically possible, it can be a legitimate final stage in the animal’s life.

A dog need not become disposable simply because science once assigned it a number.

The Entangity lesson

After four installments, we finally arrive at the larger reason Ridglan matters.

It would be comforting to identify a villain.

A bad breeder.

A negligent inspector.

An indifferent laboratory.

A careless university.

Then we could remove the villain and declare the system repaired.

But that is not what we found.

We found relationships.

Breeders connected to laboratories.

Laboratories connected to universities.

Universities connected to federal grants.

Federal grants connected to congressional appropriations.

Researchers connected to regulatory requirements.

Regulators connected to inherited testing standards.

Testing standards connected to decades of previous research.

And beagles connected to every one of them.

That is Entangity.

The moral unit is not merely the node.

It is the web.

A system can produce an unacceptable result even when many of the individual people inside it are conscientious and many individual actions are technically legal.

That is why “Who broke the rule?” is sometimes too small a question.

The better question is:

What did all the rules, incentives, habits and institutions produce together?

At Ridglan, they produced thousands of beagles.

And here lies the deepest irony

Why did science choose the beagle?

Because the beagle was manageable.

Predictable.

Social.

Gentle.

Trusting.

The traits humans spent centuries cultivating because we wanted dogs close to us became some of the same traits that made the beagle convenient to experiment upon.

There is something almost biblical in that inversion.

We created a relationship of trust.

Then we discovered that trust was useful.

Perhaps the ethical frontier of animal research begins by recognizing that trust itself carries an obligation.

Not an absolute prohibition.

An obligation.

If an animal gives humans extraordinary tolerance because generations of domestication have taught it that our hands are safe, then perhaps our responsibility toward that animal should be greater, not smaller.

The final watchdog

Our series began with a question:

Who Was Watching the Watchdogs?

At first we meant USDA.

Then Wisconsin regulators.

Then laboratories.

Then universities.

Then research committees.

But perhaps the final answer is uncomfortable.

We are.

The citizen.

The taxpayer.

The scientist.

The veterinarian.

The journalist.

The legislator.

The university trustee.

The pharmaceutical executive.

The person who brings a beagle home and knows exactly what it means when that dog lays its head in your lap.

Institutions rarely reform themselves merely because a better possibility exists.

Someone has to notice the discrepancy between what the system does and what the system now knows how to do.

Ridglan Farms is closing.

That matters enormously for the dogs who left its cages.

But closing Ridglan cannot be the end of the story if another breeder simply fills the orders.

The real measure of progress will be different:

Fewer animals used because better methods exist.

Better care when animals truly are necessary.

Independent scrutiny of breeders.

Real accounting of what happens to research animals.

Adoption whenever possible.

And no experiment justified merely because that is how we did the last one.

One last beagle

Imagine one puppy born tomorrow.

He has no idea what a pharmaceutical company is.

He knows nothing about toxicology.

Nothing about FDA guidance.

Nothing about an IACUC.

Nothing about New Approach Methodologies.

Nothing about Ridglan Farms.

He knows warmth.

Food.

Other dogs.

Human voices.

And eventually, if somebody reaches toward him gently enough, he will probably do what beagles have been bred for generations to do.

He will trust us.

The question before science is no longer whether humanity has the power to use that trust.

We plainly do.

The question is whether, with everything we now know and everything we are now capable of inventing,

we still need to.

That is where the Ridglan story ends.

And perhaps where a better one begins.

WHO WAS WATCHING THE WATCHDOGS?

A Four-Part Entangity News Investigation

Part I — Ridglan Farms: How Could Hundreds of Violations Go Unchecked?

Part II — The Customers Behind the Cages: Follow the Beagles. Follow the Money.

Part III — Behind the Laboratory Door: What Happened After the Dogs Were Sold?

Part IV — The Beagle Question: Why This Dog? And Why Are We Still Doing It?

— Entangity News

Where the story is often hiding in the connections.

END OF SERIES

CAUTIONARY TALES FOR
CHILDREN

Designed for the Admonition of Children between the ages
of eight and fourteen years

Verses by
H. BELLOC

———

Pictures by
B. T. B.

DUCKWORTH
3 HENRIETTA STREET, LONDON, W.C.

First published by Eveleigh Nash, 1907
First published by Gerald Duckworth & Co. Ltd., 1918
Thirteenth Impression, 1957

All rights reserved

Made and Printed in Great Britain by
Thomas Nelson and Sons Ltd
London and Edinburgh

DEDICATED

TO

BOBBY, JOHNNY, AND EDDIE

SOMERSET

INTRODUCTION

Upon being asked by a Reader whether the verses contained in this book were true.

And is it True? It is not True.
And if it were it wouldn’t do,
For people such as me and you
Who pretty nearly all day long
Are doing something rather wrong.
Because if things were really so,
You would have perished long ago,
And I would not have lived to write
The noble lines that meet your sight,
Nor B. T. B. survived to draw
The nicest things you ever saw.
H. B.

Jim,

Who ran away from his Nurse, and was eaten by a Lion.

There was a Boy whose name was Jim;
His Friends were very good to him.
They gave him Tea, and Cakes, and Jam,
And slices of delicious Ham,
And Chocolate with pink inside,
And little Tricycles to ride,
And

read him Stories through and through,
And even took him to the Zoo—
But there it was the dreadful Fate
Befell him, which I now relate.

You know—at least you ought to know.
For I have often told you so—
That Children never are allowed
To leave their Nurses in a Crowd;

Now this was Jim’s especial Foible,
He ran away when he was able,
And on this inauspicious day
He slipped his hand and ran away!
He hadn’t gone a yard when—

Bang!
With open Jaws, a Lion sprang,
And hungrily began to eat
The Boy: beginning at his feet.

Now just imagine how it feels
When first your toes and then your heels,
And then by gradual degrees,
Your shins and ankles, calves and knees,
Are slowly eaten, bit by bit.

No wonder Jim detested it!
No wonder that he shouted “Hi!”
The Honest Keeper heard his cry,
Though very fat

he almost ran
To help the little gentleman.
“Ponto!” he ordered as he came
(For Ponto was the Lion’s name),
“Ponto!” he cried,

with angry Frown.
“Let go, Sir! Down, Sir! Put it down!”

The Lion made a sudden Stop,
He let the Dainty Morsel drop,
And slunk reluctant to his Cage,
Snarling with Disappointed Rage
But when he bent him over Jim,
The Honest Keeper’s

Eyes were dim.
The Lion having reached his Head,
The Miserable Boy was dead!

When Nurse informed his Parents, they
Were more Concerned than I can say:—
His Mother, as She dried her eyes,
Said, “Well—it gives me no surprise,
He would not do as he was told!”
His Father, who was self-controlled,
Bade all the children round attend
To James’ miserable end,
And always keep a-hold of Nurse
For fear of finding something worse.

Meaning today:
A “rule of thumb” is a practical guideline based on experience rather than exact calculation.

For example: As a rule of thumb, allow about 20 minutes per pound.

It sounds innocent enough.

But for decades, a much darker story has circulated about where the phrase came from.

The Famous—and Disturbing—Explanation

According to the story, old English law supposedly permitted a husband to beat his wife with a stick, provided the stick was no thicker than his thumb.

Hence:

the “rule” of the thumb.

The story has been repeated in books, speeches, newspapers, classrooms, courtrooms—and even political debates.

There is only one substantial problem:

There is no evidence that such a law created the expression.

The supposed legal origin is now regarded by etymologists and legal historians as a false etymology.

The Phrase Is Much More Literal

Long before laser measures, precision rulers, and digital calipers, the human body provided a remarkably convenient measuring kit.

A hand could measure a span.

A foot could measure a foot.

And a thumb could provide a quick approximation of an inch.

Craftsmen—including brewers, builders, carpenters, tailors, and others—could use a thumb to make rough measurements when exact precision wasn’t necessary.

Thus a “rule of thumb” was essentially:

a method of judging something approximately by practical experience.

Not an exact rule.

Not a written law.

Just a useful one.

And We Can Find the Expression Quite Early

The expression was already established in English by the 17th century.

One famous early printed example appears in 1685, when Scottish writer James Durham referred to people proceeding according to a “rule of thumb.”

That is important because it shows the expression functioning in essentially its familiar sense centuries ago.

The underlying idea was:

experience over calculation.

So Where Did the Wife-Beating Story Come From?

This is where the history becomes particularly interesting.

During the 18th century, English judge Sir Francis Buller became associated with a claim that husbands could legally discipline their wives with sticks no thicker than their thumbs.

Whether Buller actually stated such a legal rule is itself disputed.

But the story became notorious.

A satirical cartoon published in 1782 mocked Buller as:

“Judge Thumb.”

The image helped attach thumb + stick + wife beating in the public imagination.

Over time, two different historical strands became entangled:

An already-existing expression:
“rule of thumb”

and

A later notorious story:
a husband’s supposed right to use a thumb-sized stick.

Eventually people assumed that one must have produced the other.

Apparently, it didn’t.

QUAINT PHRASES #4 — RULE OF THUMB

Era: At least the 1600s
Meaning then: A rough practical method rather than precise measurement
Meaning now: A useful general guideline
Popular origin: An old law permitting wife beating with a thumb-sized stick
Verdict: False—or at minimum unsupported as the origin of the phrase
Likely explanation: The thumb was a convenient tool for approximate measurement.

And therein lies the wonderful lesson of this particular quaint phrase:

Sometimes a colorful explanation becomes so memorable that we remember the explanation—and forget to ask whether it was ever true.

The Emperor’s New Directions

Once upon a time, there was an emperor named Magnus Maximus Megalomanicus.

Emperor Magnus loved his kingdom.

More precisely, he loved his name on his kingdom.

The bridges, tunnels, rivers, parks, mountains—even places that had not yet been built—were renamed in his honor.

The Royal Bridge became the Emperor Magnus Maximus Megalomanicus Grand Imperial Bridge of Historic Magnificence and National Renewal.

The Great River became the Magnus Maximus Megalomanicus River of Prosperity, Strength and Extremely Fine Water.

And the future airport was christened:

The Emperor Magnus Maximus Megalomanicus International Imperial Memorial Airport of Eternal Greatness, Unparalleled Excellence, Supreme Prosperity, Magnificent Departures and Even More Magnificent Arrivals.

One day the royal jester objected.

“But, sire, everything already has a name. Everyone knows where everything is.”

“Exactly the problem,” said the emperor.

“But won’t changing the names confuse people?”

“Off with his head.”

And so began The Great Renaming.

Years later, a tourist arrived carrying a suitcase and his trusty TripAdvisor guide.

“Excuse me,” he asked a local, “how do I get to the Old Crown Inn?”

“Oh, you mean the Emperor Magnus Maximus Megalomanicus Imperial Hospitality Palace and Historic Overnight Accommodation Center of Exceptional Comfort.”

“I suppose.”

“Easy. Take the Emperor Magnus Maximus Megalomanicus Boulevard of National Achievement to the Emperor Magnus Maximus Megalomanicus Plaza of Unprecedented Prosperity, then turn onto Emperor Magnus Maximus Megalomanicus Avenue of Eternal Greatness.”

The tourist studied his map.

“I don’t see any of those.”

“Of course not. Your map is six months old.”

On Sunday he hailed a taxi.

“Airport, please.”

The driver nodded.

“We’ll take the Emperor Magnus Maximus Megalomanicus Grand Imperial Circumferential Boulevard of Historic Personal Achievement.”

“The what?”

“The ring road.”

“Why didn’t you just say ring road?”

“Because that’s not its name.”

Soon they reached a giant interchange.

Every sign began:

EMPEROR MAGNUS MAXIMUS MEGALOMANICUS...

“Which exit?” asked the tourist.

“The Magnus exit.”

“They all say Magnus.”

“Yes.”

“Which Magnus exit?”

“The one toward Megalomanicus.”

“They all say Megalomanicus!”

“Correct.”

The tourist lowered his TripAdvisor guide.

“How far to the airport?”

“About twelve.”

“Twelve miles?”

The driver hesitated.

“Oh. You haven’t heard.”

“Heard what?”

“The emperor renamed the miles.”

The tourist closed his eyes.

“What are they called now?”

“Magnuses.”

“How long is a Magnus?”

The driver shrugged.

“Exactly as long as the emperor says it is.”

At last they reached the airport.

The tourist opened his TripAdvisor guide one final time.

Someone had written on the back page:

Travel Tip: If visiting the Kingdom of Magnus Maximus Megalomanicus, bring an old map.

The names will all be wrong. But at least you may know where you are.

And somewhere in the palace, Emperor Magnus gazed proudly at a map covered entirely with his own name.

Unfortunately, by then even he had no idea where anything was.

WHO WAS WATCHING THE WATCHDOGS?

Part III: Behind the Laboratory Door

The federal government counts the dogs. It does not tell us how many come out alive.

An Entangity News Exposé

In Part I, we followed the regulators.

In Part II, we followed the money.

Now we follow the dogs.

And almost immediately, we encounter a remarkable problem:

The trail disappears.

Ridglan Farms sold more than 6,800 dogs for research between 2022 and 2025.

We know where many of them were shipped.

We know which laboratories and universities bought them.

But if you ask the seemingly simplest question—

How many eventually came out alive?

—the federal government’s public reporting system cannot tell you.

That may be the most important finding of our investigation so far.

Meet AJC-2, DZC-2 and ZYC-2

They weren’t born with those names.

They were beagles.

But inside the research system, individual dogs are commonly identified by numbers, tattoos or codes.

Records obtained through Wisconsin’s public-records law trace dogs identified as AJC-2, DZC-2, ZYC-2 and others from Ridglan Farms to the University of Wisconsin–Madison School of Veterinary Medicine in January 2023.

According to records obtained by the animal-rights organization Rise for Animals, several of those dogs participated in a sequence of anesthesia-related procedures. The records describe dogs already under general anesthesia being moved into another procedure in which dye was injected to determine where an anesthetic nerve block had spread.

Ten minutes later, the protocol called for euthanasia.

Then came dissection. (Rise for Animals)

Those are not merely allegations about what might have happened.

UW–Madison itself subsequently confirmed the essential facts.

The university said six Ridglan dogs were used in research designed to improve anesthesia for canine surgery and were euthanized at the conclusion of the study so researchers could determine where the anesthesia had traveled in their bodies.

UW says the work produced a better anesthesia technique now being used by veterinarians and that other dogs involved in research were adopted. (News)

Both facts can be true.

The research may have benefited future dogs.

And six dogs had to die for the researchers to obtain that information.

That is precisely why this story requires something more serious than slogans.

Thirty-eight more dogs

Now follow another group of Ridglan beagles.

The Illinois Institute of Technology was one of Ridglan’s largest customers.

FOX6 investigators found that 38 Ridglan beagles were used in a drug-toxicity experiment related to COVID-19.

On the fifteenth day, according to the records reviewed by FOX6, all 38 were killed so that their organs could be examined. (FOX6 News Milwaukee)

There was no possibility of adoption after that experiment.

Death wasn’t an accident.

It was part of the experimental design.

That distinction matters.

When most of us hear that an animal was “euthanized,” we instinctively think of an old or desperately sick animal being mercifully put down.

Laboratory euthanasia can mean something quite different.

Sometimes the animal must die because the experiment requires examination of tissues or organs that cannot be studied adequately while the animal is alive.

Scientifically, that may be called the study endpoint.

For the dog, it is simply the end.

And this wasn’t new

Ridglan had been supplying research dogs for decades.

A review by Madison’s Isthmus found published studies involving Ridglan dogs stretching back many years.

In one 2015 experiment, 36 young Ridglan dogs were given large amounts of an artificial sweetener for 13 weeks. One high-dose female deteriorated enough to be euthanized early; the surviving dogs were euthanized when the experiment ended.

In another experiment, 44 Ridglan beagles were infected with heartworm larvae to evaluate treatments.

In a 2019 experiment, 10 Ridglan beagles underwent an induced hour-long stroke; the study reported high mortality, and the animals were ultimately euthanized. (Isthmus | Madison, Wisconsin)

These were legal scientific studies.

That statement is important.

We are not uncovering a secret basement where rogue scientists secretly tortured animals outside the law.

We are looking at what the law permits.

And that presents a more difficult question.

What does USDA actually count?

Here we discovered something that deserves far more public attention.

Every federally registered research facility must submit an annual report to the U.S. Department of Agriculture.

For fiscal year 2025, USDA reported 42,026 dogs held or used by American research facilities.

Of those:

4,443 were held but not used in research.

25,817 were used in procedures reported as involving no pain.

11,138 were used in procedures involving pain or distress for which pain relief was provided.

628 were used in procedures involving pain or distress for which pain-relieving drugs were not provided because researchers determined that doing so would interfere with the experiment.

That means 37,583 dogs were actually used in research during fiscal 2025.

And nearly one in three of those dogs—11,766—was reported in one of USDA’s two categories involving pain or distress.

Those figures deserve attention.

But now comes the reporting surprise.

A dog can be killed and still appear under “no pain”

USDA’s instructions explicitly say that properly performed euthanasia is not considered painful or distressful for purposes of the annual report.

Therefore euthanasia does not determine the dog’s pain category unless the method itself causes pain or distress for scientific reasons. (APHIS)

Think about what that means.

Suppose a beagle undergoes an experiment that USDA classifies as involving no pain.

At the conclusion of the experiment, the dog is anesthetized, euthanized and dissected.

The annual federal report can still count that animal under:

“USED — NO PAIN.”

That classification is not necessarily fraudulent.

It is simply answering a different question.

USDA is asking:

Did the research procedure involve reportable pain or distress?

It is not asking:

Did this dog survive the experiment?

Those are profoundly different questions.

The missing column

Look again at the federal reporting form.

There is a column for animals held.

A column for animals used without pain.

A column for animals experiencing pain that was relieved.

A column for animals experiencing pain that was not relieved.

But there is no national summary column labeled:

DIED OR EUTHANIZED

There is no national summary column labeled:

ADOPTED

There is no national summary column labeled:

TRANSFERRED TO ANOTHER LAB

And there is no national database allowing an ordinary citizen to type in the identifying number of a dog born at a commercial breeder and discover its entire history:

Born here. Sold there. Used in this experiment. Used again in that experiment. Adopted—or killed—on this date.

USDA does make facility reports and inspection information public, and additional records can sometimes be obtained through Freedom of Information Act requests. But its annual research reporting system is fundamentally organized around animal usage and pain categories, not a cradle-to-grave accounting of individual animals. (APHIS)

And suddenly the disappearance of those 6,800 Ridglan dogs becomes easier to understand.

They did not literally disappear.

They disappeared administratively.

The great statistical illusion

This creates a subtle danger in how the public interprets government statistics.

A person might look at the 2025 USDA figures and conclude:

“Only 628 dogs experienced pain without painkillers. Therefore nearly every laboratory dog had a relatively benign experience.”

That conclusion does not follow from the data.

The USDA report tells us something important about pain classification.

It does not tell us how invasive the scientific intervention ultimately was.

It does not tell us how long the dog was confined.

It does not tell us how many experiments the dog experienced over its lifetime.

It does not tell us whether the dog was eventually placed in a home.

And most importantly:

It does not tell us whether the dog left the laboratory alive.

That is not a minor statistical technicality.

It fundamentally changes what the numbers mean.

But why kill the animal at all?

Sometimes there is a scientifically defensible answer.

Researchers may need to examine the heart, liver, brain, spinal cord, nerves or other tissues microscopically.

A drug-safety study may require pathologists to determine whether an experimental compound caused subtle organ damage.

An anesthesia experiment may need direct anatomical confirmation that a substance reached the intended tissue.

You cannot perform some of those examinations on a living animal.

Scientists therefore call euthanasia a terminal endpoint.

And in some cases, the knowledge obtained may genuinely save future human or animal lives.

That deserves acknowledgment.

But acknowledging scientific value does not end the ethical discussion.

It begins it.

The proper question is not simply:

Did this experiment produce useful information?

Almost any experiment can produce information.

The harder questions are:

Was killing the animal necessary to obtain it?

Was there another method?

Was this information sufficiently important to justify the cost to the animal?

Could dogs already suffering naturally from the disease have participated in a voluntary veterinary clinical trial instead?

Could imaging, organoids, computational modeling or other technologies have replaced part of the experiment?

And:

Who makes that decision?

Meet the IACUC

The answer is usually an Institutional Animal Care and Use Committee, known throughout the research world as an IACUC.

Before federally regulated animal research proceeds, an institution’s committee reviews the protocol.

UW–Madison says its committees include veterinarians, scientists, nonscientists and members unaffiliated with the university. Researchers must justify the use of animals, minimize the number used and reduce discomfort. (News)

That is an important safeguard.

But notice the structure.

The institution wanting to conduct the experiment operates the committee deciding whether its experiment meets the rules.

That does not automatically mean the committee is compromised.

Hospitals, universities and corporations use internal review structures throughout modern society.

But it does create another Entangity question:

Who is responsible for examining the whole system rather than one proposed experiment?

The breeder examines breeding.

The transporter examines transportation.

The researcher examines research.

The IACUC examines a protocol.

USDA examines compliance.

The funding agency examines the grant.

The journal examines the science.

Everyone examines a piece.

Who examines the life of the dog?

The answer appears to be: nobody

Take one Ridglan puppy.

It might have been born into a breeding colony.

It might have undergone veterinary procedures at the breeder.

It might have been transported hundreds of miles.

It might have entered one research protocol.

Perhaps another.

Perhaps a third.

Eventually it might have been adopted.

Or euthanized.

Every individual stage may generate a document.

But the documents are held by different institutions under different regulatory systems.

The animal is continuous. The bureaucracy is fragmented.

That is classic Entangity failure.

Reality exists in the connections.

Regulation exists in the boxes.

And sometimes what disappears between the boxes is precisely what we most need to know.

Primitation strikes again

There is another reason the system looks this way.

It was built incrementally.

Researchers needed oversight.

So we created oversight committees.

Congress wanted pain accounted for.

So we created pain categories.

USDA needed yearly statistics.

So we created annual reports.

Institutions needed standardized laboratory animals.

So commercial breeders supplied them.

Each addition made sense in its own time.

And then the framework became inherited practice.

That is Primitation at work:

We continue doing something partly because the previous system was built around doing it that way.

Nobody necessarily designed a national system in which tens of thousands of dogs could enter laboratories every year without the public being able to determine how many eventually leave alive.

We simply never built the column.

So Entangity News proposes one

It would not abolish animal research.

It would not interfere with legitimate scientific confidentiality.

It would cost virtually nothing compared with the research enterprise itself.

Every federally registered laboratory using dogs and cats should publicly report annually:

How many entered the facility.

How many were used in research.

How many died unexpectedly.

How many were euthanized as part of research.

How many were euthanized for veterinary reasons.

How many were transferred elsewhere.

How many were retired or adopted.

And commercial breeders should use permanent identifiers that allow those totals to be reconciled across facilities.

Not names.

Not photographs.

Not emotional descriptions.

Numbers.

If animal research is necessary and humane, transparency should strengthen public confidence in it.

If transparency produces discomfort, perhaps the discomfort is telling us something.

One final thought about those six UW dogs

UW–Madison says their deaths helped produce an anesthesia technique now helping veterinarians keep other dogs more comfortable during surgery.

We have no reason to dismiss that claim.

Indeed, it presents the moral dilemma in its sharpest possible form.

Six healthy dogs died.

Other dogs may suffer less because they did.

Reasonable people can look at those two facts and reach different conclusions about whether the exchange was justified.

But surely reasonable people should agree on one thing:

We should be allowed to know that the exchange occurred.

The public should not have to depend upon activists filing records requests years later to discover it.

The great lesson of Ridglan Farms is becoming larger with every installment of this investigation.

The problem wasn’t merely cruelty.

The problem wasn’t merely regulators.

The problem wasn’t merely laboratories.

The problem was opacity across an interconnected system.

And when responsibility is divided finely enough, accountability can evaporate altogether.

Ridglan’s doors are finally closing.

But tens of thousands of research dogs remain behind other doors.

We now know how many entered the federal statistics last year.

We know how many were classified as experiencing pain.

We still do not know how many came home.

That seems like a number worth knowing.

Next in Who Was Watching the Watchdogs?

Part IV: The Beagle Question — Why This Dog?

Why did one of America’s most affectionate family pets become one of science’s preferred laboratory animals?

The answer begins with temperament.

But it leads somewhere considerably more uncomfortable.

— Entangity News
Where the story is often hiding in the connections.

Human beings have spent thousands of years trying to escape death.

Then, whenever we write a story about somebody who succeeds, we make that person miserable.

This seems unfair.

You would think immortality would be the grand prize.

Instead, literature tends to treat it like a defective appliance:

Congratulations. It lasts forever. Unfortunately, so do the problems.

Perhaps we know something about ourselves.

Perhaps the longing to live forever is strongest when death is theoretical.

Once we imagine the actual details, complications appear rather quickly.

Exhibit A: Tithonus

We met poor Tithonus briefly in the last episode, but he deserves another look because he may be history’s greatest example of failing to read the contract.

In Greek mythology, the goddess Eos fell in love with Tithonus and asked Zeus to make him immortal.

Zeus agreed.

Excellent news.

Unfortunately, she forgot one small detail:

eternal youth.

Tithonus lived on.

And on.

And on.

But he kept aging.

Imagine waking up on your 412th birthday and thinking:

Perhaps we should have specified terms.

The lesson is straightforward.

If someone offers you immortality, ask two questions:

1. Will I remain alive?

2. In what condition?

The second question is considerably more important.

Vampires Solved Part of the Problem

Vampires, to their credit, usually remain youthful.

There are drawbacks.

Sunlight becomes inconvenient.

Dinner invitations become awkward.

Neighbors begin wondering why you looked forty in the family photograph from 1873.

And there is the unfortunate dietary requirement.

Still, compared with Tithonus, the vampire bargain is at least biologically coherent.

You don’t merely stay alive.

You stay young.

Which brings us to an important distinction.

Immortality and youth are not the same thing.

We do not really dream of endless existence.

We dream of endless vitality.

Nobody says:

“I wish I could spend eternity with severe arthritis.”

The secret wish is more like:

“I would like to remain myself, preferably with decent knees.”

Dorian Gray Tried Another Approach

Oscar Wilde gave us an ingenious alternative.

Dorian Gray remains young while his portrait grows older and uglier, absorbing the evidence of his corruption and decay.

Again, humanity gets what it wants.

Again, we immediately arrange for it to go badly.

There is almost a rule in literature:

If a person remains young for supernatural reasons, something terrible is happening somewhere else.

A portrait deteriorates.

A soul is surrendered.

A curse is activated.

A castle requires unusually heavy curtains.

We apparently cannot imagine unlimited youth without insisting that the universe balance the books.

Perhaps that instinct runs deeper than superstition.

We sense that life has exchanges.

Youth for age.

Birth for death.

One generation for another.

Remove one part of the arrangement, and something else must change.

That is where our lighthearted series begins wandering toward a surprisingly serious question.

Methuselah Had a Different Problem

Then there is Methuselah.

According to Genesis, Methuselah lived 969 years.

No vampire.

No enchanted portrait.

No Greek goddess forgetting a clause.

Just an extraordinarily long life.

Suppose, for the sake of imagination, that the number were literal.

What does a 969-year life actually look like?

Forget theology for a moment.

Think administratively.

At what age does Methuselah qualify for the senior discount?

Seventy?

Two hundred?

Five hundred?

When does he retire?

Perhaps at 700, assuming his pension is adequately funded.

Imagine the family structure.

At a modern generation interval of twenty-five years, a 969-year-old could theoretically coexist with nearly forty generations of descendants.

Family reunions would require municipal planning.

Christmas cards would become directories.

And if everybody lived that long?

Suddenly Methuselah is not merely an interesting biblical figure.

He is a zoning problem.

The Great Inheritance Delay

Consider inheritance.

Today, a person may receive an inheritance in middle age or later.

But suppose healthy adults routinely live to 180.

Your mother is 148.

You are 116.

Your daughter is 83.

Your granddaughter is 51.

Everybody is waiting politely for the lake cabin.

Nobody wants to say anything.

Grandma remains in excellent health.

This could continue for decades.

The world’s great fortunes might remain under the control of the same individuals for a century longer.

Family businesses might never transition.

The phrase “next generation of leadership” could become aspirational.

And somewhere, a 104-year-old son would be saying:

“Dad still isn’t ready to let go of the company.”

Marriage Gets Interesting

Now we arrive at territory where immortality stories generally become nervous.

Marriage.

Suppose two people marry at twenty-five and live until 180.

“Until death do us part” suddenly means a possible 155-year commitment.

This is not criticism.

It is arithmetic.

Anniversary gifts would eventually become challenging.

Silver.

Gold.

Diamond.

Platinum.

After the 100th anniversary, jewelers may have to invent new materials.

“Congratulations on your 125th. This is the traditional titanium-carbide year.”

On the other hand, imagine having another century with someone you genuinely love.

That thought changes the tone immediately.

And this is why the Fountain of Youth remains so seductive.

The absurdities are real.

But so is the longing.

The Problem of Boredom

Philosophers occasionally argue that immortality might eventually become unbearably boring.

Perhaps.

But I am not entirely convinced.

Human beings have already produced millions of books, thousands of languages, entire civilizations, oceans, mountains, music, grandchildren, gardens, recipes, telescopes, history, mathematics, and golf.

Most of us barely get started.

Give me another hundred years and I might finally understand how my television remote works.

Still, infinite time is different from extra time.

One hundred additional healthy years sounds exciting.

Ten thousand begins to feel demanding.

A million?

Eventually you have seen every rerun.

Immortality may fail not because life is bad, but because forever is an unreasonable quantity of anything.

Even chocolate cake.

Death Does Something We Rarely Credit

Here is the uncomfortable thought.

Death is terrible at the individual level.

But at the species level, death performs several functions.

It makes room.

It transfers property.

It transfers authority.

It allows generations to replace one another.

It permits new ideas to displace old ones.

It keeps populations from accumulating indefinitely.

Evolution itself depends upon generations ending and new ones beginning.

In other words, mortality may be woven into the machinery of renewal.

That does not make death pleasant.

It makes it structurally important.

From an Entangity perspective, death is not merely something that happens to an individual node.

It alters the entire web.

When one generation leaves, space opens for another.

When grandparents die, families change.

When leaders die, institutions change.

When old ideas lose their defenders, new ones sometimes emerge.

Mortality is painfully entangled with renewal.

Which Raises a Dangerous Question

Suppose medicine someday dramatically slows aging.

Not immortality.

Nothing magical.

We simply add one hundred healthy years.

Everyone still eventually dies.

But deaths occur much later.

Have we solved a problem?

Absolutely.

Have we created others?

Almost certainly.

The first generation receiving the treatment would enjoy the benefit immediately.

The demographic consequences would appear more slowly.

Fewer deaths.

More generations alive simultaneously.

Longer careers.

Longer marriages.

Longer ownership.

Longer political influence.

Longer everything.

Human civilization has been constructed around an unstated assumption:

People eventually leave.

Change that assumption and nearly every institution must be reconsidered.

And Yet...

Here is where philosophy encounters the actual cup.

It is easy to say:

“Mortality is necessary for society.”

Fine.

Now imagine that the treatment gives you another hundred healthy years.

Your family gets it too.

Your mind remains sharp.

Your body remains strong.

You can walk.

Travel.

Read.

Love.

Learn.

Laugh.

You get another century of mornings.

Another century of spring.

Another century of wondering what happens next.

Would you refuse because economists are worried about actuarial tables?

Perhaps.

But I suspect many of us would suggest that the economists begin revising the tables.

The Immortality Paradox

That may be the strange truth underneath all these stories.

Humanity seems to hold two ideas simultaneously:

I don’t want life to end.

and

Life may need endings.

Both may be true.

The mistake may be assuming that our choice is between today’s lifespan and immortality.

Perhaps the real future lies somewhere in between.

Not forever.

Just longer.

Not endless youth.

Just more healthy years.

Not defeating death.

Just negotiating with it.

Which brings us back to our cup.

This time it does not contain immortality.

It offers exactly one hundred additional healthy years.

No curse.

No portrait in the attic.

No need to avoid garlic.

At the end of those hundred extra years, aging resumes.

Now what?

Would you drink?

I suspect Tithonus would want to inspect the label first.

But he might still take a sip.

Next in Would You Drink?

Episode 4: Why Does a Brand-New Cell Know I’m Old?

Your body produces new cells every day.

So why don’t they arrive young?

The answer may take us closer to the real Fountain of Youth than Ponce de León ever got.

WHO WAS WATCHING THE WATCHDOGS?

Part II: The Customers Behind the Cages

Follow the Beagles. Follow the Money.

An Entangity News Exposé

In Part I, we asked how a Wisconsin facility could operate for decades under federal supervision while state investigators eventually documented hundreds of alleged violations.

But that leaves a larger question.

Why was Ridglan Farms there in the first place?

A puppy mill without customers eventually stops producing puppies.

Ridglan had customers.

Lots of them.

And once we follow the beagles out the gate of that Wisconsin farm, the story ceases to be about one troubling facility in Blue Mounds.

It becomes a story about a national system.

6,853 dogs in a little over three years

Public records obtained from Wisconsin and other states show that between January 2022 and July 2025, Ridglan Farms sold 6,853 dogs for research and testing.

The shipment records literally identified their purpose as “ANIMALS FOR RESEARCH.”

The dogs went to private laboratories, pharmaceutical and animal-health companies, universities and research organizations across the United States. (Rise for Animals)

FOX6 Milwaukee identified the three largest buyers in the records covering 2022 into 2025:

TRS Labs, Athens, Georgia — 996 dogs

Illinois Institute of Technology, Chicago — 841 dogs

Merck Animal Health, Nebraska — 741 dogs

Other documented purchasers included Labcorp in Madison — 170 dogs — and the University of Wisconsin-Madison — 19. (FOX6 News Milwaukee)

The buyer records also include Elanco, Inotiv/Envigo, the University of Missouri, Southern Research Institute, Colorado State University, Boehringer Ingelheim-Merial and others. (Rise for Animals)

That changes the picture considerably.

Ridglan wasn’t an isolated kennel whose owners somehow managed to remain unnoticed.

It was a supplier.

And suppliers exist because somebody keeps ordering the product.

Follow one beagle

Perhaps the easiest way to understand this system is not to follow the corporations.

Follow the dog.

Documents obtained through Wisconsin public-records requests reportedly allowed investigators to trace individual Ridglan dogs by their tattoo identification numbers after they arrived at the University of Wisconsin School of Veterinary Medicine.

Some entered anesthesia research.

UW says the work helped improve anesthesia techniques used in veterinary surgery and that the findings are now helping veterinarians care for dogs undergoing operations.

That deserves to be stated plainly.

Animal research is not necessarily pointless research, and the scientists conducting it are not necessarily indifferent to animal welfare.

But there is another fact.

Some of the dogs were euthanized as part of the research. Others were eventually adopted. (

https://www.wmtv15news.com

)

So the complete journey can look something like this:

Born at Ridglan → tattooed → sold → transported → laboratory → experiment → sometimes another experiment → sometimes adoption → sometimes euthanasia and examination of the body.

Each step can have its own paperwork.

Each step can have its own veterinarian.

Each institution can have its own animal-care committee.

Each can comply with a separate regulation.

And yet almost nobody is assigned the job of asking:

What does the entire life of this dog look like?

That is the Entangity problem hiding inside the Ridglan story.

The individual nodes may be regulated.

The relationship among the nodes is where moral responsibility begins to disappear.

The largest customer speaks

One of Ridglan’s largest documented customers provides an unusually revealing look into the other side of the argument.

TRS Labs of Georgia conducts veterinary research involving fleas, ticks, mosquitoes, hookworms and heartworms.

When Wisconsin officials were considering action against Ridglan in 2025, TRS wrote Dane County officials defending the breeder.

TRS said purpose-bred beagles were essential to its work and argued that some veterinary medicines cannot presently be approved without data obtained from live dogs.

The company said it had sent an independent auditor and veterinarian to Ridglan in April 2025 and concluded, in part based on that audit and USDA inspection reports, that allegations against Ridglan were untrue. (Rise for Animals)

Stop there.

That is extraordinary in light of what happened next.

Wisconsin investigators subsequently documented hundreds of violations.

Ridglan ultimately agreed to relinquish its breeding license.

And on July 28, 2026, Wisconsin permanently revoked the veterinary license of Ridglan’s longtime veterinarian, finding professional misconduct involving hundreds of procedures delegated to non-veterinarians, including eye surgeries, vocal-cord procedures and dental extractions. (PETA)

Yet one of Ridglan’s largest customers had inspected its supplier and essentially said:

We don’t see the problem.

This does not prove conspiracy.

It reveals something potentially more important.

Dependence can affect perception.

When your research program depends upon a reliable supply of purpose-bred dogs, shutting down one of America’s largest remaining suppliers is not simply an animal-welfare decision.

It becomes a supply-chain problem.

And then there is your money

The trail does not end with corporations and universities.

Some research involving Ridglan-bred dogs was supported by federal research grants.

Records obtained by the White Coat Waste Project connected Ridglan dogs to University of Missouri tick research supported by National Institutes of Health grants. The organization reports that dogs were exposed to ticks carrying infectious agents as part of research into tick-borne diseases. (White Coat Waste Project)

Other reported federally supported projects involving Ridglan dogs have included research at universities and laboratories receiving money from NIH and other federal agencies. (White Coat Waste Project)

There is an important distinction here.

The federal government was generally not writing a check to Ridglan for every dog.

Federal agencies award research money to investigators and institutions. Those institutions then purchase supplies and research animals as necessary to conduct approved projects.

The taxpayer’s connection can therefore be indirect:

Congress → federal agency → research grant → university or laboratory → purchase of Ridglan beagle.

Once again, responsibility becomes distributed.

Nobody in Washington necessarily ordered:

“Buy a beagle from Ridglan Farms.”

But federal money could support the research program that created the demand for that beagle.

There is, incidentally, one much more direct federal payment worth mentioning. Ridglan received more than $441,000 in two pandemic-era Paycheck Protection Program loans, according to records cited by White Coat Waste; the loans were subsequently forgiven. (White Coat Waste Project)

So the American taxpayer appears in this story more than once.

But weren’t these experiments necessary?

This is where an exposé must resist becoming propaganda.

There is a legitimate scientific argument for some animal research.

NIH itself says animal models have contributed importantly to scientific discovery and that alternatives cannot yet completely replace animals for every research question. (Grants.gov)

Veterinary drug research creates an especially difficult ethical case.

If you are developing a heartworm medicine intended for dogs, eventually someone must demonstrate that it is safe and effective in dogs.

The serious debate therefore is not:

Science or puppies?

That is too easy.

The questions are harder:

Was each experiment genuinely necessary?

Was the minimum possible number of dogs used?

Could a computer model, cultured tissue, organoid or other method have answered part of the question first?

Were dogs subjected to avoidable pain?

Was euthanasia scientifically necessary?

Should research institutions investigate the welfare record of the breeders from whom they purchase animals?

And perhaps most importantly:

When serious allegations arise against a supplier, at what point does the buyer have a responsibility to stop buying?

That question cannot be answered by pointing to a USDA license.

Part I showed us why.

Something remarkable is happening

There is one more development that transforms this from merely a story about past misconduct into a story about the future of science.

The federal government itself is beginning to question the old model.

In April 2025, the FDA announced a plan to reduce and, where scientifically possible, replace certain animal-testing requirements with methods including AI-based computational models, human cell systems and organoids — laboratory-grown structures that mimic human organs. (U.S. Food and Drug Administration)

NIH followed by changing its funding approach. New funding announcements are no longer supposed to be written exclusively around animal models; researchers are being encouraged to consider human-based approaches and New Approach Methodologies. (Grants.gov)

Then, in March 2026, NIH announced more than $150 million to develop and scale methods designed to better simulate human biology while reducing reliance on animal models. (National Institutes of Health)

And on June 15 — extraordinarily, the same day Ridglan’s permanent closure was announced — NIH announced the creation of a new Office of Research Innovation, Validation, and Application, specifically intended to accelerate human-based research technologies and reduce animal use where possible. (National Institutes of Health)

The irony is difficult to miss.

For decades America developed a vast infrastructure for breeding standardized animals because science needed predictable biological models.

Now science itself may be beginning to outgrow the system it created.

The Primitation trap

Ridglan also illustrates something we have called Primitation: a practice survives not necessarily because anybody today sat down and decided it was the best possible practice, but because each generation inherited it from the preceding one.

Beagles became laboratory animals partly because they are manageable, relatively uniform, cooperative and easy to breed.

Researchers learned procedures using beagles.

Regulators developed requirements around beagle data.

Companies built facilities around beagles.

Breeders produced beagles because laboratories needed them.

Laboratories ordered beagles because research protocols expected them.

Researchers proposed studies using beagles because previous researchers had used beagles.

And eventually an entire circular justification develops:

We use beagles because we use beagles.

That does not mean every use is scientifically unnecessary.

It means history can quietly masquerade as necessity.

NIH now specifically advises researchers not to justify a model merely because it has traditionally been used in their field. (Grants.gov)

That may turn out to be one of the most important sentences in this entire story.

Ridglan is closed. The pipeline isn’t.

The last Ridglan beagles are finally out.

The cages can empty.

The buildings can close.

The sign can come down.

And we could congratulate ourselves for solving the problem.

But that would misunderstand what Ridglan was.

Ridglan was not the system.

Ridglan was a node in the system.

The customers remain.

The research grants remain.

Other breeders remain.

The regulations remain.

The laboratories remain.

And many experiments using dogs remain legal.

The ethical question therefore travels downstream with the beagles:

If the research institution knows where its animals came from, how much responsibility does it bear for what happened before those animals reached its laboratory?

We routinely demand supply-chain accountability for coffee, clothing, diamonds, lumber, seafood and computer components.

Companies are increasingly expected to know whether forced labor, environmental destruction or abuse lies somewhere upstream.

Why should the procurement of a living animal require less scrutiny?

Perhaps the next generation of laboratory ethics needs one very simple principle:

Know your breeder.

Not merely:

Is the supplier licensed?

But:

How are its animals born?

How are they housed?

Who operates on them?

What does its inspection history show?

What complaints have been made?

And would we still buy from this supplier if the public could watch the entire transaction?

The dogs have left Ridglan.

Now we know where thousands of their predecessors went.

That leaves one more uncomfortable trail to follow.

What actually happened to them after they arrived?

How many were experimented upon?

How many experienced significant pain?

How many were used more than once?

How many were eventually adopted?

And how many were killed?

Those numbers exist somewhere — scattered among USDA annual reports, university records, laboratory files and federal grant documents.

Which means our investigation isn’t finished.

Next: Part III — What Happened Behind the Laboratory Door?

Entangity News will follow the beagles to their final destination.

— Entangity News
Where the story is often hiding in the connections.