🅿🆄🅱🅻🅸🅲🅰🆃🅸🅾🅽 🅳🅰🆈!!!🙌👏🙌
To celebrate, a bumper thread about the genius at the centre of my book. RT ░N░O░W░ to spread the word... and for a chance to WIN a signed copy (yes, I’ll post abroad if I need to) 1/ penguin.co.uk/books/313705/t…
This is the story of the 20th century’s foremost forgotten intellectual, a man who was in his day as well-known as Einstein—and considered smarter. Sixty-five years after his death, the impact of von Neumann’s ideas on contemporary life are...without parallel 2/
What did von Neumann do? His contributions to pure maths would fill several books and I’ve touched on some (eg. ergodic theorem, von Neumann algebras). But ‘The Man from the Future’ is really about unpicking one mathematician’s incredible impact on our lives today 3/
Let’s start with quantum mechanics. Von Neumann arrived in Göttingen in 1926, aged 22, and reconciled Heisenberg’s ‘matrix mechanics’ with Schrödinger’s ‘wave mechanics’. He later came up with the first mathematically rigorous – and highly influential - formulation of QM 4/
In 1933 von Neumann joined the new Institute for Advanced Study in Princeton, with Einstein. He was the youngest hire. After a stint of military research and a secret mission to England, Oppenheimer recruits him to the atom bomb project in July 1943 5/
At Los Alamos, von Neumann kicked plans for an ‘implosion bomb’ into high gear. He was instrumental in the design of the ‘Trinity’ device and ‘Fat Man’, which was detonated over Nagasaki, and chaired the committee charged with choosing targets for the US atom bombs 6/
After the war, von Neumann criss-crossed the US in search of more computational power for bomb-related calculations. He joined the ENIAC project, and in 1945, produced the EDVAC report, the blueprint for the modern stored-program computer--from smart phone to desktop 7/
This is Klári Dan, von Neumann’s second wife, and the most overlooked woman in computer history. Her bomb simulations were the first truly useful, complex modern programs ever to have been executed 8/
What else? How about von Neumann as forefather of the open source movement? Every progress report he produced for his own computer project at the IAS was published and circulated—and spawned the first generation of truly modern computers 9/
Next, game theory. Von Neumann founded the field in 1928, with his proof of the minimax theorem. While helping design the bomb, he was writing the field’s canonical text, 𝑇ℎ𝑒𝑜𝑟𝑦 𝑜𝑓 𝐺𝑎𝑚𝑒𝑠 𝑎𝑛𝑑 𝐸𝑐𝑜𝑛𝑜𝑚𝑖𝑐 𝐵𝑒ℎ𝑎𝑣𝑖𝑜𝑟, with economist Oskar Morgenstern 10/
Game theorists have garnered a trove of Nobel prizes in economics recently but its first application was to nuclear deterrence during the Cold War. Much of this work was carried out at the RAND Corporation, a Californian think-tank where ‘von Neumann was king’ 11/
Von Neumann helped usher in the age of the intercontinental ballistic missile and famously supported a pre-emptive nuclear strike—for a while (so did pacifist Bertrand Russell). He’d abandoned this position by 1954—just as ‘Massive Retaliation’ became official US policy /12
In 1948 von Neumann unveiled his theory of self-reproducing automata-the first proof that machines could spawn more machines—and evolve. Automata theory inspired a whole bunch of ideas: molecular assemblers, self-building moon bases, theories of everything, artificial life... /13
Next, von Neumann’s unfinished lectures, published as ‘The Computer and the Brain’ after his death. Von Neumann’s lasting insight was that brains are massively parallel, not serial like the computers he helped invent /14
Finally, von Neumann’s dire warning to humanity, June 1955’s essay in Fortune magazine, ‘Can We Survive Technology?’ Acutely aware of the possibilities, fully alive to the dangers, the essay’s as prescient as you’d expect if he really was ‘The Man from the Future’ /15
The book’s available now from the usual places! Order now and order often! You won’t regret it. Don’t believe me? Why, then read the super review by the brilliant @lfspinney for @TheEconomist -- hot of the press today! Thanks! economist.com/books-and-arts… 16/
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My new piece! "Why should physics—rooted in making sense of real things in the world—provide such good leads for solving some of the toughest problems in mathematics, which deals with intangible stuff, like functions and equations?" Enjoy! 🧵 1/ nautil.us/why-physics-is…
For centuries, philosophers, mathematicians and physicists have pondered why maths 'works' in the sciences. Eugene Wigner even devoted a whole essay to what he called the “Unreasonable Effectiveness of Mathematics in the Natural Sciences.” But what about the converse question? 2/
Why should insights from physics so consistently drive progress in pure mathematics, which is so divorced from 'real world' problems?
For instance, Archimedes described how the laws of mechanics had spurred some of his most important discoveries in geometry. 3/
His lectures on self-replicating automata delivered at the 1948 Hixon Symposium on Cerebral Mechanisms
in Behaviour were published in 1951. They occured first in Philip K Dick's 1953 short story, 'Second Variety', which was turned into a film-'Screamers'-in... 1995 2/
Philip K Dick took up the idea again in 1955 with 'Autofac', the tale of automatic factories set on consuming the Earth’s resources to make products that no one needs–and more copies of themselves (mentioned in 'The Man from the Future')... 3/
German mathematician Grete Hermann was born #OnThisDay in 1901. The only female doctoral student of the only female professor of mathematics at the University of Göttingen, Emmy Noether. Short thread. More in my book! 1/ wwnorton.com/books/the-man-…
Hermann flourished at Göttingen despite the sexism of the faculty. Just a few years before she began her PhD, historians and linguists had tried to block Noether’s own appointment, forcing Hilbert to intervene on her behalf. 2/
‘I do not see that the sex of the candidate is an argument against her admission,’ Hilbert retorted. ‘We are a university, not a bath house.’ (David Hilbert would have rocked Twitter had it existed in the 1920s BTW). 3/
Mathematical genius John von Neumann died 65 years ago today in Washington D.C. Possibly the smartest person who ever lived, he forged a blueprint for the future and changed America--and the world--forever. Find out how on 2.22.22 wwnorton.com/books/the-man-… 1/
Born in Budapest in 1903, by the time he died von Neumann was as famous in the USA as Einstein—and considered far sharper. While Einstein’s most famous work was done in Europe, von Neumann’s life in America was richly productive—and influential 2/
Von Neumann ‘felt at home in America from the first day,’ said childhood friend & Nobelist Eugene Wigner. ‘He was a cheerful man, an optimist who loved money and believed firmly in human progress. Such men were far more common in the United States than ... in central Europe.’ 3/
For #AdaLovelaceDay21, a long thread on Klári Dan von Neumann, writer of the first truly useful, complex programs ever to have been executed on a modern computer and to my mind, the most overlooked person in the history of computing 1/
Klári was born 110 years ago to a wealthy Jewish family in sparkling Belle Époque Budapest. The family hosted riotous parties where businessmen and politicians rubbed shoulders with artists and writers. She would rekindle the spirit of those gatherings in America years later 2/
Klári first met John von Neumann on the Riviera in Monte Carlo in the early 1930s. The Hungarian mathematical genius had a ‘system’. When he ran out of money, she bought him a drink. They were married in 1938. She was his second wife. He was her third husband 3/
A thread about my book, ‘The Man from the Future’ and why I think you’ll love it even if you’ve never read a scientific biography before. Let me take you on a journey into our future’s past... 1/ penguin.co.uk/books/313705/t…
Who was John von Neumann? Born in 1903, he’s the 20th century’s foremost forgotten intellectual, a man who was as well-known as Einstein—and considered smarter. Sixty-five years after his death, the impact of von Neumann’s ideas on contemporary life are...without parallel 2/
His contributions to pure maths would fill several books themselves and I’ve touched on some. But ‘The Man from the Future’ unpicks the maths that matters to us today—from his influential work on quantum mechanics, to his deathbed lectures on ‘The Computer and the Brain’ 3/