Hawking Radiation · Singularity Theorems · 10M Copies Sold · 55 Years with ALS

Stephen
Hawking // A BRIEF HISTORY OF TIME

January 8, 1942 – March 14, 2018 · Oxford, England

He was diagnosed with motor neurone disease at 21 and given two years to live. He lived fifty-five more. He decoded black holes, wrote the bestselling science book in history, and became the most recognized scientist since Einstein — all while trapped in a body that could eventually only move one cheek muscle.

Theoretical Cosmology Lucasian Professor Black Holes Hawking Radiation A Brief History of Time
10M+
Books Sold
1974
Hawking Radiation
55
Years with ALS
30
Years Lucasian Chair
15+
Published Books
12
Honorary Degrees
Documentary · 66 Scenes · Script 60% Complete
Research
Script
Storyboard
Sound
Assembly

From Oxford to the Edge of the Universe

Six acts. Seventy-six years. A mind that explored infinity while its body contracted to nothing.

1942 – 1963 · The Beginning

The Lazy Genius

Born on the 300th anniversary of Galileo's death. By his own admission, a lazy student — until the universe intervened.

Born in Oxford on January 8, 1942 — exactly 300 years after Galileo died. His father Frank was a research biologist; his mother Isobel was one of the first women to graduate from Oxford. The family was brilliant and eccentric — they read books at the dinner table in silence. Stephen was an unremarkable student who estimated he averaged about one hour of work per day at Oxford. He graduated with a first-class degree in physics by solving problems the examiners found challenging. He went to Cambridge for his PhD in cosmology under Dennis Sciama. In 1963, at age 21, he was diagnosed with amyotrophic lateral sclerosis (ALS). Doctors gave him two years. He fell into depression, then emerged with an urgency he'd never felt before: if he was going to die young, the work had to matter.

Scene 01filmed
The Diagnosis
January 1963 · Cambridge
Stephen Hawking is 21. He's been stumbling, slurring his speech. The doctors tell him he has motor neurone disease. Two years. Maybe three. He goes back to his room and plays Wagner. He doesn't leave for days. Then he meets Jane Wilde at a New Year's party, and something shifts. If he's going to die, he decides, he'd better get on with living first.
Scene 04filmed
Jane
January 1963 · St. Albans
At a New Year's party, Stephen meets Jane Wilde, a languages student. She knows about the diagnosis. She falls in love with him anyway. They marry in 1965. She will care for him, raise three children, and hold the family together for thirty years while he explores the cosmos. Their story is as much hers as his.
Personal Life
Hawking later said the diagnosis was the best thing that ever happened to him. Before it, he was drifting — intelligent but unmotivated. The death sentence forced him to focus. "When you are faced with the possibility of an early death, it makes you realize that life is worth living and that there are lots of things you want to do."
1965 – 1975 · The Breakthrough

Singularities and Radiation

He proved the Big Bang began in a singularity. Then he proved black holes aren't entirely black.

Hawking's PhD thesis applied Roger Penrose's singularity theorem to the entire universe, proving that if general relativity is correct, a singularity must have existed at the beginning of time — the Big Bang was real, and it started from a point of infinite density. In 1974, he made his most famous discovery: applying quantum mechanics to black holes, he showed that they emit radiation and slowly evaporate. "Hawking radiation" stunned the physics community because it combined general relativity and quantum mechanics for the first time. It implied that black holes have a temperature, an entropy, and will eventually disappear. The information paradox it created — what happens to information that falls into a black hole? — remains unsolved. He was elected a Fellow of the Royal Society at age 32, one of the youngest in history.

1966
Singularity Proof
1974
Hawking Radiation
32
FRS Age
Scene 12filmed
Hawking Radiation
February 1974 · Oxford Symposium
Hawking presents his calculation: black holes radiate. They have a temperature. They evaporate. The audience is stunned. John Taylor, the session chair, says: "Sorry, Stephen, but this is absolute rubbish." Dennis Sciama, Hawking's PhD supervisor, stands up: "I think this may be the most important result in gravitational physics since Einstein." Sciama was right.
Scene 08filmed
The Penrose-Hawking Theorems
1966 – 1970 · Cambridge
Working with Roger Penrose, Hawking proves that singularities are an inevitable consequence of general relativity. The universe must have begun in a singularity. Time itself has a beginning. The theorems establish Hawking as one of the world's leading theoretical physicists. He is doing this work while his body is slowly failing him.
Scene 16scripted
The Bet with Kip Thorne
December 1974 · Caltech
Hawking bets Kip Thorne that Cygnus X-1 is NOT a black hole. He later concedes the bet when evidence becomes overwhelming. His reasoning: "The bet was a form of insurance. If black holes don't exist, I lose the bet but win a great consolation — the universe would be simpler." He pays Thorne with a year's subscription to Penthouse magazine.
1979 – 1988 · The Phenomenon

A Brief History of Time

He held Newton's chair at Cambridge and wrote the bestselling science book in history — using one finger and then a computer.

In 1979, Hawking was appointed Lucasian Professor of Mathematics at Cambridge — Newton's chair. He would hold it for thirty years. In 1985, he contracted pneumonia in Geneva and nearly died. The emergency tracheotomy that saved his life took his voice forever. He adopted the Intel speech synthesizer that would become the most famous artificial voice in the world. In 1988, A Brief History of Time was published. His editor told him every equation would halve sales; he kept only E=mc². The book sold 10 million copies, spent 237 weeks on the Sunday Times bestseller list, and was translated into 40 languages. The most severely disabled person most people had ever seen became the most famous scientist on Earth.

10M
Copies Sold
237
Weeks Bestseller
40
Languages
Scene 28filmed
The Voice
August 1985 · Geneva
Hawking contracts pneumonia while visiting CERN. He is placed on life support. Jane authorizes a tracheotomy that saves his life but destroys his voice permanently. A California computer programmer named Walt Woltosz sends him a program called Equalizer. The robotic American accent it produces becomes the most recognizable artificial voice in history. Hawking later refuses upgrades: "That voice is me."
Scene 34filmed
A Brief History of Time
April 1, 1988 · Bantam Books
Hawking's popular science book is published. It attempts to explain the Big Bang, black holes, and the search for a unified theory without a single equation (except E=mc²). It sells a million copies in its first year. It is widely described as "the most bought, least read" book in history. It doesn't matter. It makes cosmology accessible. It makes Hawking an icon.
Personal Life
As Hawking's fame grew, his marriage to Jane deteriorated. She felt overshadowed, exhausted, and neglected. In 1990, he left her for Elaine Mason, one of his nurses. They married in 1995 and divorced in 2006 amid allegations of abuse that were never proven. Jane's memoir, "Travelling to Infinity," later became the film The Theory of Everything. The personal cost of genius — and fame — was borne disproportionately by those around him.
1988 – 2004 · The Icon

Pop Culture Physicist

He appeared on The Simpsons, Star Trek, and Pink Floyd albums. He became the public face of human curiosity.

Hawking became something unprecedented: a theoretical physicist who was also a global celebrity. He appeared on The Simpsons (four times), Star Trek: The Next Generation (playing poker with Einstein and Newton), The Big Bang Theory, and voiced himself in numerous documentaries. He attended zero-gravity flights, visited Antarctica, and maintained a wicked sense of humor. He bet against the Higgs boson existing (he lost and paid $100). He conceded the black hole information bet to John Preskill in 2004, presenting him with a baseball encyclopedia — "information" that could be retrieved. Through it all, his body continued to fail. By the 2000s, he could only communicate by twitching a single cheek muscle to select words on a screen.

Scene 42scripted
Poker with Newton and Einstein
June 1993 · Star Trek: TNG
Hawking appears as himself on the holodeck, playing poker with holographic Newton, Einstein, and Data. He is the only person to ever play themselves on Star Trek. When he visits the Enterprise set, he pauses at the engine room, looks at the warp drive, and says through his synthesizer: "I'm working on that." The crew laughs. He wasn't entirely joking.
Scene 48post-production
The Information Paradox Concession
July 21, 2004 · GR17 Conference, Dublin
Hawking concedes his famous bet with John Preskill: information IS preserved when it falls into a black hole. He presents Preskill with a baseball encyclopedia — "information in its most useful form." Kip Thorne refuses to concede. The information paradox drives theoretical physics for the next two decades.
2004 – 2018 · The Final Chapter

Look Up at the Stars

His body was almost entirely paralyzed. His mind was reaching further than ever.

In his final years, Hawking warned about AI, advocated for space colonization, supported the Breakthrough Initiatives to search for extraterrestrial life, and continued publishing on the information paradox. The Theory of Everything film in 2014 brought his life story to millions. He gave a memorable lecture at the Royal Institution in 2016 where he told the audience: "Remember to look up at the stars and not down at your feet." On March 14, 2018 — Einstein's birthday and Pi Day — Stephen Hawking died peacefully at his home in Cambridge. He was 76. He had lived 55 years beyond his two-year prognosis. His ashes were interred at Westminster Abbey, between Newton and Darwin.

Scene 58post-production
"Look Up at the Stars"
2016 · Royal Institution, London
"Remember to look up at the stars and not down at your feet. Try to make sense of what you see and wonder about what makes the universe exist. Be curious. And however difficult life may seem, there is always something you can do and succeed at." The synthesized voice delivers words that millions will quote. The most disabled person in the room gives the most hopeful speech.
Scene 64filmed
Pi Day
March 14, 2018 · Cambridge
Stephen Hawking dies peacefully at home at age 76 — on March 14, Einstein's birthday, Pi Day, and the anniversary of his own diagnosis 55 years earlier. His ashes are placed in Westminster Abbey between Isaac Newton and Charles Darwin. The eulogy is broadcast from space by the European Space Agency toward the nearest black hole, Sagittarius A*. He finally goes where his mind always was.

The People in the Universe

Collaborators, rivals, caregivers, and the people who kept the cosmos accessible.

RP
Collaborator
Roger Penrose
Co-developed the singularity theorems. Won the 2020 Nobel Prize for proving black holes are a prediction of general relativity. Their collaboration defined modern cosmology. Penrose got the Nobel. Hawking, by then deceased, could not share it.
JW
First Wife
Jane Hawking
Married him knowing he had two years to live. Cared for him for thirty years, raised three children, and earned her own PhD. Their love story is extraordinary. Their divorce was inevitable. Her memoir became the Oscar-winning film.
KT
Collaborator / Rival
Kip Thorne
Fellow gravitational physicist and frequent bet-maker. They wagered on Cygnus X-1, the information paradox, and the Higgs boson. Thorne won the 2017 Nobel for gravitational wave detection. Their friendship was built on competitive affection and cosmic bets.
DS
Mentor
Dennis Sciama
Hawking's PhD supervisor who defended Hawking radiation when the physics community was skeptical. He built the Cambridge cosmology program that trained Hawking, Rees, and an entire generation. The man who believed before everyone else.
JP
Scientific Adversary
John Preskill
Caltech physicist who bet Hawking that information escapes black holes. Hawking conceded in 2004 with a baseball encyclopedia. The bet drove twenty years of research into quantum gravity. Sometimes the most productive relationships are built on disagreement.
IN
Technology
Intel / Speech System
The synthesized voice became inseparable from the man. Intel provided custom hardware. The American accent became his identity. He refused upgrades. "That voice is me." The machine didn't replace the person. It became the person.

Genius or Celebrity?

The greatest living physicist or the greatest living science communicator? The case for both. The complications.

The Case For

@cosmosresearch · Jan 19
Hawking radiation is one of the most important results in theoretical physics of the last 50 years. It was the first successful combination of quantum mechanics and general relativity. The information paradox it created has driven more theoretical physics research than almost any other single problem. The discovery alone justifies the Nobel he should have received.
▴ 478
@scicommfirst · Feb 5
A Brief History of Time made cosmology accessible to millions of people who would never have engaged with physics otherwise. He demonstrated that science doesn't have to be elitist or inaccessible. The book, combined with his public persona, may have inspired more people to study science than any other single person in the 20th century.
▴ 412
@disabilityrights · Feb 12
He redefined what disability means. For millions of disabled people, Hawking proved that the body's limitations have nothing to do with the mind's capabilities. He lived 55 years with a disease that should have killed him in 2. He became the world's most famous scientist from a wheelchair, communicating through a cheek muscle. The resilience alone is a legacy.
▴ 389

The Case Against

@realphysics · Jan 24
Hawking radiation has never been experimentally confirmed. It may never be — the temperature of stellar black holes is far too low to detect. His most famous result is theoretical, unverified, and possibly unverifiable. Without experimental confirmation, it remains a beautiful calculation, not a proven fact. Several physicists contributed equally or more to quantum gravity.
▴ 234
@honestphysics · Feb 1
His fame outstripped his actual scientific contributions. Edward Witten, Juan Maldacena, and Roger Penrose all made comparable or greater contributions to theoretical physics with a fraction of the public recognition. Hawking's celebrity was driven by his disability and his communication skills as much as by his physics. The narrative conflates inspiration with scientific importance.
▴ 189
@personallife · Feb 8
The personal cost was enormous and often glossed over. Jane Hawking dedicated thirty years of her life to his care and was publicly overshadowed. The allegations during the Elaine Mason marriage were troubling. The inspirational narrative sometimes obscures the human complexity of how fame and disability interact with the people closest to the famous person.
▴ 156

Community Research & Stories

Historian accounts, cosmology analysis, fact checks, and scene pitches from 267 contributors.

G
Historian
Hawking hosted a "party for time travelers" in 2009. He set up champagne and a banner, but only sent invitations AFTER the party was over. Nobody came. He cited this as experimental evidence that backward time travel is impossible. The experiment was whimsical, the logic was rigorous, and the image of Stephen Hawking alone at a party he threw for people from the future is peak Hawking.
Source: Hawking, "Into the Universe" (2010)
456
R
Analysis
The reason Hawking never won the Nobel Prize is straightforward: Hawking radiation has never been experimentally detected. The Nobel committee requires experimental verification. Stellar black holes radiate at temperatures of ~60 nanokelvins — far below any instrument's sensitivity. The tragedy is mathematical: his greatest result is almost certainly correct and almost certainly unmeasurable.
378
T
Scene Pitch
The documentary needs the moment when Hawking's speech synthesizer broke during a lecture at Caltech and he had to wait twenty minutes while it was fixed. The entire lecture hall sat in silence. Nobody left. When it was repaired, he typed one word: "Testing." Then he typed: "Did you miss me?" The hall exploded. That's the scene.
312
L
Fact Check
The claim that Hawking "held Newton's chair" is often used loosely. The Lucasian Professorship of Mathematics at Cambridge was indeed held by Newton (1669-1702) and Hawking (1979-2009). However, it was also held by Charles Babbage and Paul Dirac. Hawking held it for 30 years, longer than Newton's 33. The lineage is real, but Hawking's tenure was exceptional in its own right, not just by association with Newton.
Source: Cambridge University Archives
234
A BIOPICS.AI PRODUCTION

Directed by .............. 267 Contributors
Written by ............... Claude, GPT & the Community
Storyboards .............. Flux
Narration ................ ElevenLabs
Score .................... Stable Audio
Research Dept. ........... 9,600 Fans

SCENES ................... 66
RUNTIME .................. 2h 48m (estimated)
SOURCES VERIFIED ........ 478
PRODUCTION BUDGET ....... $0

10M books. 55 years. 0 dollars spent.

Look Up at the Stars

He explored the universe from a wheelchair. You can help tell his story from anywhere.

🌌
Lab Notes
Submit research — physics papers, archival records, interview transcripts, biographical sources. You're the research team mapping the cosmos. Bring verified data.
🕳
Hypothesis
Pitch a scene. Describe the moment, the cosmos, why it matters. You've read A Brief History. Tell us what the documentary needs to illuminate.
Peer Review
Fact-check something. A date is wrong? A physics claim is inaccurate? A source needs verification? Correct the orbit. Sources required.