3 Laws of Motion · Gravity · Calculus · Optics · Master of the Mint

Isaac
Newton F=ma

December 25, 1642 – March 20, 1727 · Woolsthorpe, Lincolnshire

He was born premature, small enough to fit in a quart mug, and was not expected to survive the day. He invented calculus, decoded gravity, split white light into its spectrum, and wrote the most important scientific book ever published. He also spent more time on alchemy than physics, and destroyed anyone who disagreed with him.

Natural Philosophy Principia Mathematica Laws of Motion Universal Gravitation Calculus
3
Laws of Motion
1687
Principia Published
1
Universal Gravitation
2
Calculus Co-Inventors
28
Years as Mint Warden
84
Years of Life
Documentary · 60 Scenes · Script 52% Complete
Research
Script
Storyboard
Sound
Assembly

From Woolsthorpe to Westminster

Five acts. Eighty-four years. The most powerful mind in history and the most vindictive personality to wield it.

1642 – 1665 · The Origin

The Fatherless Boy

Born on Christmas Day, three months premature, small enough to fit in a quart mug. His father was already dead.

Isaac Newton was born in Woolsthorpe Manor, Lincolnshire, on Christmas Day 1642 — the same year Galileo died. His father, an illiterate farmer also named Isaac, had died three months before his birth. His mother Hannah remarried when Isaac was three and left him with his grandmother. He hated his stepfather with a fury he documented in his notebooks: "Threatening my father and mother Smith to burn them and the house over them." At Trinity College, Cambridge, he was a sizar — a student who earned his keep by serving wealthier students. He was solitary, brilliant, and angry. The plague closed Cambridge in 1665, sending him home to Woolsthorpe for eighteen months that would change everything.

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Born in a Quart Mug
December 25, 1642 · Woolsthorpe Manor
Isaac Newton is born premature on Christmas morning. Two women sent to fetch supplies bet he won't survive the walk. He is small enough to fit in a quart mug. His father is three months dead. The most consequential mind in human history nearly didn't make it through his first day.
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The Abandoned Boy
1645 · Woolsthorpe
Hannah Newton marries Barnabas Smith, a wealthy rector. She moves to her new husband's house and leaves three-year-old Isaac with his grandmother. Newton later lists among his sins: "Threatening my father and mother Smith to burn them and the house over them." The abandonment trauma shapes a personality built on control, secrecy, and rage.
1665 – 1667 · Annus Mirabilis

The Plague Year

The plague closed Cambridge. Newton went home. In eighteen months of isolation, he invented calculus, decoded light, and conceived gravity.

When bubonic plague struck England in 1665, Cambridge closed. Newton retreated to Woolsthorpe Manor and spent eighteen months in the most productive intellectual isolation in history. He developed the method of fluxions (calculus). He split white light through a prism, proving that color is a property of light itself, not an artifact of the glass. He began formulating his theory of universal gravitation, allegedly prompted by watching an apple fall in his garden. He was 23 years old. He told no one. He put the notebooks in a drawer and went back to Cambridge when the plague ended.

18
Months
3
Breakthroughs
23
Years Old
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The Apple
1666 · Woolsthorpe Garden
Newton watches an apple fall. The story, told by Newton himself to his biographer William Stukeley, is likely embellished but not fabricated. The real insight: the force that pulls the apple to the ground is the same force that holds the moon in orbit. One law, governing everything from fruit to planets. The universality is the breakthrough.
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The Prism
1666 · Woolsthorpe Manor
Newton darkens his room, drills a hole in the shutter, and passes a beam of sunlight through a glass prism. White light fans into the full spectrum. He then passes one color through a second prism — it doesn't split further. Color is intrinsic to light, not created by the glass. The theory of optics is born in a Lincolnshire bedroom.
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Fluxions
1665 – 1666 · Woolsthorpe
Newton develops "the method of fluxions" — what we now call calculus. He invents it to solve problems in physics. He doesn't publish. He puts the notebooks away. Thirty years later, Leibniz independently develops his own version, and the bitterest priority dispute in the history of mathematics explodes.
1684 – 1693 · The Principia

The Book That Changed Everything

Edmond Halley asked a question. Newton answered it by writing the most important scientific book ever published.

In 1684, Edmond Halley visited Newton and asked what shape the orbit of a planet would take under an inverse-square law of attraction. Newton answered immediately: an ellipse. He'd calculated it years ago. Halley was stunned and urged Newton to publish. What followed was eighteen months of obsessive writing — Newton barely ate, barely slept, and produced Philosophiæ Naturalis Principia Mathematica. Published in 1687, funded by Halley (the Royal Society was broke from publishing a book about fish), the Principia laid out the three laws of motion, the law of universal gravitation, and the mathematical framework for classical mechanics. It explained planetary orbits, tides, the shape of the Earth, and the motion of comets. It was, and remains, the most important scientific publication in history.

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Halley's Visit
August 1684 · Cambridge
Halley asks Newton: what curve would a planet describe if gravity follows an inverse-square law? "An ellipse," Newton answers instantly. "How do you know?" "I have calculated it." He rummages through his papers but can't find the proof. He promises to send it. What he sends instead is the Principia.
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The Principia
July 5, 1687 · London
Philosophiæ Naturalis Principia Mathematica is published. Three books. 550 pages. The mathematical foundation of classical physics. Three laws of motion. Universal gravitation. The calculus that makes it all work. Halley pays for the printing from his own pocket. The book that explains why planets orbit, why apples fall, and why tides rise — in the same set of equations.
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The Nervous Breakdown
1693 · Cambridge
Newton suffers a severe mental breakdown. He sends paranoid letters accusing friends of conspiracies against him. He accuses Locke of trying to "embroil me with women." Mercury poisoning from alchemy experiments is the leading modern theory. The greatest mind on Earth is temporarily broken, possibly by the metals he's been heating in his rooms.
Beyond the Lab
Newton spent more hours on alchemy than on physics. He wrote over a million words on alchemical experiments — three times more than his scientific output. He was searching for the Philosopher's Stone. Modern analysis of his hair shows mercury levels 40 times the normal level. The secret experiments may have poisoned both his body and his mind.
1696 – 1727 · Power

The Warden, The President, The Knight

He left Cambridge, took over the Royal Mint, became president of the Royal Society, and systematically destroyed his enemies.

In 1696, Newton left academia for the Royal Mint, where he pursued counterfeiters with terrifying zeal — personally interrogating suspects and sending several to the gallows. He became president of the Royal Society in 1703 and wielded the position as a weapon. The calculus priority dispute with Leibniz consumed him: Newton secretly wrote the Royal Society's "impartial" investigation into who invented calculus first, then cited it as independent proof of his own priority. He harassed Robert Hooke, suppressed credit to others, and ruled British science like a tyrant. He was knighted by Queen Anne in 1705. He died in 1727, worth a fortune, universally feared, and having not published a major scientific work in forty years.

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The Calculus War
1699 – 1716 · London / Hannover
Newton vs. Leibniz: the most vicious priority dispute in scientific history. Both independently invented calculus. Newton did it first (1665) but Leibniz published first (1684). Newton writes the Royal Society's "impartial" report attributing calculus to himself. Leibniz dies in 1716, his reputation destroyed. Newton reportedly says he took "great satisfaction in breaking Leibniz's heart."
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The Counterfeiter's Gallows
1698 · Royal Mint, Tower of London
As Warden of the Mint, Newton personally infiltrates London's criminal underworld, disguises himself in taverns, and gathers evidence against counterfeiter William Chaloner. Chaloner is convicted and hanged. Newton attends the execution. The man who decoded gravity now sends men to the gallows with the same methodical precision.
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The Death
March 20, 1727 · Kensington, London
Newton dies at 84, wealthy, powerful, and alone. He never married, likely never had a sexual relationship, and had few close friends. He is buried in Westminster Abbey. Voltaire writes: "He was buried like a king who had done well by his subjects." He was a genius beyond measure. He was also a bully, a liar, and a coward about sharing credit.

The Enemies List

Newton had more enemies than friends. He made sure of it.

GL
Rival
Gottfried Leibniz
Co-inventor of calculus. Newton destroyed his reputation through a rigged Royal Society investigation. Leibniz died in disgrace. Modern consensus: they invented it independently. The notation we use today is Leibniz's, not Newton's. Leibniz won posthumously.
RH
Rival
Robert Hooke
Brilliant polymath who claimed Newton stole the inverse-square law from him. Newton waited until Hooke died, then had his portrait removed from the Royal Society. No verified portrait of Hooke survives. Newton's revenge may have erased his face from history.
EH
Patron
Edmond Halley
Funded the Principia from his own pocket. Convinced Newton to write it. Edited it. Without Halley, the most important book in science might never have been published. He is the unsung hero of the Newtonian revolution.
JF
Rival
John Flamsteed
Astronomer Royal. Newton demanded his star catalog data for the Principia's second edition. When Flamsteed refused, Newton had the Royal Society seize and publish it without permission. Newton edited out Flamsteed's name. Astronomical data theft by the president of the Royal Society.
IB
Mentor
Isaac Barrow
Newton's mathematics professor at Trinity College who recognized his genius, resigned his own Lucasian Chair, and gave it to Newton. The most consequential act of academic generosity in history. Newton was 27.
WC
Nemesis
William Chaloner
Master counterfeiter who mocked Newton publicly. Newton went undercover, infiltrated the criminal world, gathered evidence over two years, and had Chaloner hanged at Tyburn. He was as methodical about vengeance as about physics.

The Greatest Mind?

The case for Newton as the most important scientist who ever lived. And the case that he was a monster.

The Case For

@physicsfirst · Jan 16
The Principia is the single most important scientific work ever published. It unified terrestrial and celestial mechanics under one mathematical framework. Before Newton, the heavens and Earth obeyed different rules. After Newton, there was one physics. He didn't just advance science — he invented the scientific method as we understand it.
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@mathlegend · Feb 2
He invented calculus as a TOOL to solve physics problems. Most people spend their entire careers on one breakthrough. Newton invented a new branch of mathematics as a side project because he needed it for the real work. The casual brilliance is almost insulting to every mathematician who followed.
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@scihistory22 · Feb 10
His laws of motion and gravity governed physics for 228 years until Einstein. Even now, Newtonian mechanics is sufficient for 99.99% of engineering applications. NASA uses Newtonian physics to navigate spacecraft. His equations are STILL the working description of reality for nearly everything humans build. Three centuries and counting.
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The Case Against

@darkernewton · Jan 20
He was a vindictive, paranoid, credit-stealing bully. He rigged the calculus investigation. He tried to erase Hooke from history. He stole Flamsteed's data. He was knighted not for science but for political loyalty. The "greatest scientist" was also one of the worst human beings in the history of academia.
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@alchemyfiles · Feb 4
Newton spent more time on alchemy and biblical chronology than on physics. He wrote a million words trying to find the Philosopher's Stone and predict the date of the apocalypse (2060, if you're curious). The "rational genius" narrative is a selective reading. He was equally driven by mysticism and occult obsession.
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@leibnizfan · Feb 8
Leibniz's calculus notation (dy/dx) is what the entire world uses today. Newton's fluxion notation died with him. The better system won, despite Newton's campaign of destruction. If we're judging by what actually survived and remained useful, Leibniz contributed more to practical mathematics than Newton did.
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Community Research & Stories

Historian accounts, physics analysis, fact checks, and scene pitches from 156 contributors.

R
Historian
Newton's alchemical manuscripts, released by Sotheby's in 1936, shocked the academic world. John Maynard Keynes purchased many of them and wrote: "Newton was not the first of the age of reason. He was the last of the magicians." The rational genius narrative collapsed. He was both — simultaneously a revolutionary scientist and a medieval alchemist searching for the Philosopher's Stone.
Source: Keynes, "Newton, the Man" (1946)
389
T
Analysis
Newton's work at the Royal Mint was genuinely transformative. He oversaw the Great Recoinage of 1696, replacing England's debased silver currency with standardized coins. His meticulous record-keeping and anti-counterfeiting measures stabilized English currency and laid groundwork for the gold standard. The greatest physicist in history may have had an equally large impact as an economist.
267
A
Scene Pitch
The documentary needs the scene where Newton sticks a blunt needle behind his own eyeball to study optics. He documents it in his notebooks with diagrams. "I took a bodkin and put it between my eye and the bone as near to the backside of my eye as I could." He literally experimented on his own eyes. The casual self-harm in pursuit of knowledge is both horrifying and awe-inspiring.
Source: Newton, Cambridge Notebook (c. 1665)
345
L
Fact Check
The famous "standing on the shoulders of giants" quote is often cited as Newton's humility. It wasn't. It was directed at Robert Hooke, who was short. Newton was being sarcastic — essentially saying "even your contributions helped, small as they were." The most famous expression of scientific humility was actually an insult. Classic Newton.
Source: Westfall, "Never at Rest" (1980)
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A BIOPICS.AI PRODUCTION

Directed by .............. 156 Contributors
Written by ............... Claude, GPT & the Community
Storyboards .............. Flux
Narration ................ ElevenLabs
Score .................... Stable Audio
Research Dept. ........... 5,800 Fans

SCENES ................... 60
RUNTIME .................. 2h 32m (estimated)
SOURCES VERIFIED ........ 345
PRODUCTION BUDGET ....... $0

3 laws. 1 gravity. 0 dollars spent.

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