Anecdotes about famous mathematicians or physicists [closed]

Solution 1:

My all-time favorite is about the Russian mathematical physicist Igor Tamm. I'll just quote from this site.

Russian physicist Igor Tamm won the Nobel Prize in physics in 1958. During the Russian revolution, he was a physics professor at the University of Odessa in the Ukraine. Food was in short supply, so he made a trip to a nearby village in search of food. While he was in the village, a bunch of anti-communist bandits surrounded the town.

The leader was suspicious of Tamm, who was dressed in city clothes. He demanded to know what Tamm did for a living. He explained that he was a university professor looking for food. “What subject?,” the bandit leader asked. Tamm replied “I teach mathematics.”

“Mathematics?” said the leader. “OK. Then give me an estimate of the error one makes by cutting off a Maclaurin series expansion at the $n$th term. Do this and you will go free. Fail, and I will shoot you.”

Tamm was not just a little astonished. At gunpoint, he managed to work out the answer. He showed it to the bandit leader, who perused it and then declared “Correct! Go home.” Tamm never discovered the name of the bandit.

From “Calculus makes you live longer”, in “100 essential things you didn’t know you didn’t know”, by John Barrow.

I always tell my Calculus II students this story. After all, you never know when knowledge of Taylor series might save your life. :)

Added: As far as I know, this story is actually true.

Solution 2:

I have so many of these, but I'll just leave this one for now since it was personally told to me and isn't well known at all.

My mechanics professor (G. Horton) took lectures from Pauli. Pauli apparently had a very rapid and hectic lecturing style; he would just turn his back to the class and start talking and writing on the board. So one day a student interrupts and says "excuse me professor but I'm having trouble following the step you did back there..." to which Pauli immediately replies, "oh, it's obvious!"; but the student not being satisfied with this explanation began to elaborate on the specific issue he was having. Pauli listened thoughtfully as the student tried to explain his question. Afterwords, he didn't answer right away; instead he paced back and forth for a bit, went into the hallway and a little while later he came back in and said:

"Ok, I've thought about it, and it is obvious!"

and then he went right back into his lecture where he left off.

Solution 3:

Volumes can be written about mathematician's anecdotes. The bulk of the following collection is liberally copied and pasted verbatim from MacTutor History of Mathematics:

Alan Turing was invited to join the club after he was spotted running by himself in the local area (probably in late 1945). 'We heard him rather than saw him,' Mr Harding says, 'He made a terrible grunting noise when he was running, but before we could say anything to him, he was past us like a shot out of a gun. A couple of nights later we caught up with him long enough for me to ask who he ran for. When he said nobody, we invited him to join Walton. He did, and immediately became our best runner.'
At a very early age, Turing is said to have taught himself to read in only three weeks and his discovery of numbers brought about the distracting habit of stopping at every street light in order to find its serial number. At the age of seven, while on a picnic in Ullapool, Scotland, Alan had the idea of gathering wild honey for the afternoon's tea. By plotting the flight paths of the bees among the heather, he was able to find the intersection point that marked their hive and provide an unexpected treat for the family.
There's another anecdote that made an appearance in Neal Stephenson's spectacular work of fiction, The Cryptonomicon, in which Turing plays a supporting role. It seems that Alan had a bicycle that had a problem with its chain. He discovered that the chain would dislodge itself from the gears after a regular, repeatable, number of revolutions. At first, the young Alan would count the revolutions of the gears throughout his ride until it was time for the chain to be forced to derail. He would then get off his bike and re-adjust the chain. As this got to be cumbersome over longer treks, he finally rigged a mechanical device that would maintain the count and readjust the chain itself. Supposedly, it never occurred to him to just buy a new chain to solve the problem. I believe that it is more likely that the chain's issues presented a unique problem set for Turing's mind to solve. It challenged him to think in a different way. It was challenging and fun; buying a chain was not.
R A Fisher's parents were Katie Heath, the daughter of a solicitor, and George Fisher, of Robinson and Fisher a firm of auctioneers in King Street, St James, London. Katie and George had seven children, four boys and three girls. After the birth of Geoffrey in 1876 and Evelyn in 1877, they named their third child, who was born the following year, Alan. He died at a very young age and Katie, being superstitious, decided that all their children from that time on would have a "y" in their name. Ronald Aylmer Fisher was the second of twins, but the older twin was still-born.
Professor Orlicz had a small apartment and he once applied to the city administration for a bigger one. The answer of an employee was:

Your apartment is really small but we cannot accept your claim since we know that you have your own spaces !
Tarski told me how much he liked the film *The Forty Seven-Ronin in which a lord is tricked by his political enemy, loses his temper and draws his sword at the Shogun's palace and is therefore ordered to commit suicide. That was the legal punishment for drawing a sword in the palace. The lord's forty-seven retainers [ronin] avenger their master's death by killing his enemy but then they are required to commit suicide themselves. Tarski considered this admirable behavior. (Alfred Tarski: Life and Logic, page 295)
Herman Goldstine writes: "One of Von Neumann's remarkable abilities was his power of absolute recall. As far as I could tell, von Neumann was able on once reading a book or article to quote it back verbatim; moreover, he could do it years later without hesitation. He could also translate it at no diminution in speed from its original language into English. On one occasion I tested his ability by asking him to tell me how The Tale of Two Cities started. Whereupon, without any pause, he immediately began to recite the first chapter and continued until asked to stop after about ten or fifteen minutes."
It was difficult to outlast or outdrink Banach during these sessions. We discussed problems proposed right there, often with no solution evident even after several hours of thinking. The next day Banach was likely to appear with several small sheets of paper containing outlines of proofs he had completed.
Many of Mostowski's wartime results - on the hierarchy of projective sets, on arithmetically definable sets of natural numbers, and on consequences of the axiom of constructibility in descriptive set theory - were lost when his apartment was destroyed during the uprising. He had to choose whether to flee with a thick notebook containing those results or with bread. He chose bread.
Kleene had a strong interest in nature and the environment and visited his family farm in Maine almost every summer. He discovered a variety of butterfly Beloria Todde Ammiralis Ba Kleenei. He was an avid climber and, until well into his seventies, led the biannual logic picnic at Madison (now the Kleene Memorial Logic Picnic) on hikes up the cliffs at Devil's Lake. Steve Kleene's knowledge of mushrooms was legendary.
Cauchy never had more than a half pound of bread — and sometimes not even that. This we supplement with little supply of hard crackers and rice that we are allotted. Otherwise, we are getting along quite well, which is the important thing and goes to show that human beings can get by with little. I should tell you that for my children's pap I still have a bit of fine flour, made from wheat that I grew on my own land. I had three bushels, and I also have a few pounds of potato starch. It is as white as snow and very good, too, especially for very young children. It, too, was grown on my own land
Having remained fully alert, in complete control of his mental powers, until 3.30 a.m.. my father Cauchy suddenly uttered the blessed names of Jesus, Mary and Joseph. For the first time, he seemed to be aware of the gravity of his condition. At about four o'clock, his soul went to God. He met his death with such calm that made us ashamed of our unhappiness.
An interesting episode which occurred during Lamé's time in St Petersburg is related. It concerns Lamé's attempt to spread Cauchy's new ideas of rigorous analysis. A professor at the Institute where Lamé taught had written a book which contained a proof of Taylor's theorem. Lamé produced a manuscript criticising the proof using Cauchy's arguments
Nicolas-Leonard-Sadi Carnot was born June 1, 1796, in the smaller Luxembourg. This was that part of the palace where our father then dwelt as a member of the Directory. Our father had a predilection for the name of Sadi, which recalled to his mind ideas of wisdom and poetry. His firstborn had borne this name, and despite the fate of this poor child, who lived but a few months, he called the second also Sadi, in memory of the celebrated Persian poet and moralist.
The greenhouse effect was discovered by Joseph Fourier in 1824.
Poncelet was picked up by enemy soldiers only because they thought that being an officer he might be able to give useful information. As a prisoner of war, he was forced to march for nearly five months across frozen plains to his prison [Saratov] on the banks of the Volga. At first he was too exhausted, cold and hungry even to think; but when the spring came ("the splendid April sun"), he resolved to utilise his time by recalling all he could of his mathematical education. Later he was to apologise that "deprived of books and comforts of all sorts, distressed above all by the misfortune of my country and my own lot, I was not able to bring these studies to a proper perfection."
In January 1695, Huygens completed a book titled, Cosmotheoros. The book was published posthumously and in it, Huygens speculated on the feasibility of existence of extra terrestrial life. He supported the notion of extra terrestrial life by citing observational evidences of planets Jupiter and Mars having dark and bright spots. This, he explained could be justified by existence of water and ice. He further reasoned that each planet might have water with varying properties. According to him, variance in the property of water was essential if it was to be available to the inhabitants of the planets in liquid form. He argued that since Earth’s water would easily freeze on Jupiter and instantly vaporize on Venus, it made sense to assume that the property of water would vary from planet to planet. About the nature of extraterrestrial life forms, he was of the opinion, that if not identical - plants and animals of other planets would have similar biological form as that of organisms of Earth.
A holiday with other young Moscow mathematicians to the village of Burkov, on the banks of the river Kalyazmy near to the town of Bolshev, did not stop Urysohn[him]trying to find the "right" definition of dimension. Quite the opposite, it was a good chance for him to think in congenial surroundings, and one morning near the end of August he woke up with an idea in his mind which he felt, even before working through the details, was right. Immediately he told his friend Aleksandrov about his inspiration.
D'Alembert was the illegitimate son from one of Mme de Tencin 'amorous liaisons'. His father, Louis-Camus Destouches, was out of the country at the time of d'Alembert's birth and his mother left the newly born child on the steps of the church of St Jean Le Rond. The child was quickly found and taken to a home for homeless children. He was baptised Jean Le Rond, named after the church on whose steps he had been found.
De Moivre continued studying the fields of probability and mathematics until his death in 1754 and several additional papers were published after his death. As he grew older, he became increasingly lethargic and needed longer sleeping hours. He noted that he was sleeping an extra 15 minutes each night and correctly calculated the date of his death on the day when the additional sleep time accumulated to 24 hours, November 27, 1754
In his later years, Hahn spent a minor but appreciable part of his free time on parapsychological studies....
Where Hahn saw injustice or oppression, he tried to help the injured. Once on the street, when a coachman maltreated his horse and Hahn's protest was ignored, he dragged the ruffian to the police. Hahn was respected even by his opponents.
In addition to his mathematical and religious interests, Napier was often perceived as a magician, and is thought to have dabbled in alchemy and necromancy. It was said that he would travel about with a black spider in a small box, and that his black rooster was his familiar spirit.
Napier used his rooster to determine which of his servants had been stealing from his home. He would shut the suspects one at a time in a room with the bird, telling them to stroke it. The rooster would then tell Napier which of them was guilty. Actually, what would happen is that he would secretly coat the rooster with soot. Servants who were innocent would have no qualms about stroking it but the guilty one would only pretend he had, and when Napier examined their hands, the one with the clean hands was guilty.
Another occasion which may have contributed to Napier's reputation as a sorcerer involved a neighbour whose pigeons were found to be eating Napier's grain. Napier warned him that he intended to keep any pigeons found on his property. The next day, it is said, Napier was witnessed surrounded by unusually passive pigeons which he was scooping up and putting in a sack. The previous night he had soaked some peas in brandy, and then sown them. Come morning, the pigeons had gobbled them up, rendering themselves incapable of flight
Having been born in Milan, Maria was recognized as a child prodigy very early; she could speak both Italian and French at five years of age. By her thirteenth birthday she had acquired Greek, Hebrew, Spanish, German, Latin, and was referred to as the "Walking Polyglot". She even educated her younger brothers. When she was 9 years old, she composed and delivered an hour-long speech in Latin to some of the most distinguished intellectuals of the day. The subject was women's right to be educated.
Giuseppe Peano's parents worked on a farm and Giuseppe was born in the farmhouse 'Tetto Galant' about 5 km from Cuneo. He attended the village school in Spinetta then he moved up to the school in Cuneo, making the 5km journey there and back on foot every day.
Egorov went on a hunger strike in prison and eventually, by this time close to death, he was taken to the prison hospital in Kazan
Even Murray Gell-Mann's credentials -- a director of the John D. and Catherine T. MacArthur Foundation, member of the Council on Foreign Relations, adviser to the Pentagon on arms control, collector of prehistoric Southwest American pottery, amateur ornithologist, to name a few -- can't prepare a visitor for the full extent of his erudition. He pronounces "Chagas" as it is heard in Brazil. He has been known to correct the Ukrainian pronunciation of native Ukrainians and disparage the Swahili of Kenyans. His love of language, in fact, is responsible for much of the poetic nomenclature of modern particle physics, including the word "quark" to describe the particles that, in inseparable groups, make up larger subatomic particles like protons and neutrons. Gell-Mann, who made the theoretical case for quarks in the 1960's, decided on the nonsense sound, and when he later found a reference in James Joyce's "Finnegans Wake" for "three quarks for Muster Mark," that settled the matter for good.
The famous incident Godel finding a loophole in constitution although there is no verified source AFAIK.
And finally the epitaph of Diophantus' tombstone reads:

'Here lies Diophantus,' the wonder behold. Through art algebraic, the stone tells how old: 'God gave him his boyhood one-sixth of his life, One twelfth more as youth while whiskers grew rife; And then yet one-seventh ere marriage begun; In five years there came a bouncing new son. Alas, the dear child of master and sage After attaining half the measure of his father's life chill fate took him. After consoling his fate by the science of numbers for four years, he ended his life.'

Solution 4:

I don't know about your Maxwell anecdote, but a true story involves mathematician George Dantzig. He arrived to his statistics class late, where the professor had written two unsolved problems on the board; he mistook them for homework and solved both. See the wikipedia article.

Solution 5:

I like this one.

Russian physicist and future Nobel Prize winner Pyotr Kapitsa when he was young was on exchange in the Rutherford laboratory. After the term was over he wanted to stay and work there, but Rutherford wasn't in favor of it. Then Kapitsa asked "what is a usual error margin in your lab's experiments?" Bewildered Rutherford answered "About 3%". "There's 30 scientists employed in your lab. So with your precision you won't even notice me!". Rutherford so liked this what Kapitsa was accepted.