“Would you rather go to jail or take hormone therapy?”

The man, in his late 30s, had a slight twitch in the corner of his eye. His fairly handsome face contorted severely, as he was humiliated by the suggestion he received from law enforcement. He was being investigated after being caught in an indecent act with a younger man 20 years his junior.

The 1950s England he lived in was a conservative place, and homosexuality was a punishable offense. Feeling humiliated, the authorities gave him two options: “Go to jail, or be chemically castrated.

Alan Turing’s passport photo at age 16.
The hormone treatment had a side effect: a physical change that left him with female-like breasts. The humiliation was unimaginable. The ridicule was as obvious as fire, and it wasn’t hard to anticipate the stinging glares that would be directed at the renowned mind of his time. People thought he would decide to go to jail, but he boldly declared, “I’ll take the hormone treatment.”

This was because he couldn’t give up intellectual pleasure for sexual pleasure: after the war, he had written chess programs for computers, and in 1951 he had taken an interest in mathematical biology. In prison, he couldn’t continue the studies he loved most: in choosing to be “castrated” for the sake of his studies, he reminds us of Samachon, who wrote Fraud.

The Imitation Game, a movie based on the life of Alan Turing. However, it received poor reviews for its historical accuracy. The producers argued that they didn’t “fact-check Monet’s work” and that theirs was a cinematic work of art. <Photo courtesy of Megabox Ltd.
Two years later, he ate an apple laced with cyanide and died. A World War II hero, the father of the computer, a homosexual, a chemically castrated man, and many other monikers surround his name. This is the story of Alan Turing.

Genius Alan Turing finds love
Alan Turing was born in 1912 in Maida Vale, London, England. The family was an aristocratic baronial family, so he had a privileged childhood where he could focus on his studies. He showed signs of genius from a very early age. By the age of 15, he was solving calculus without being taught.

The prodigy found an unforgettable friendship in Christopher Morcom, a boy from the same school, and they bonded over science and math. After school, they would visit each other’s houses and spend their free time together.

“Why do you keep getting into my head?” The most influential person in Alan Turing’s (right) life was his childhood friend and first love, Morecambe. Pictured here is a scene from the movie The Imitation Game.
Turing begins to feel ambiguous feelings for him. It was an affection that went beyond friendship. But then, one day in February 1930, Morcom was nowhere to be found. With a dark look on his face, the teacher said. “Morcom has gone to be with the Lord.” He had contracted a bacterial disease.

Alan Turing on July 1, 1930.
Turing is overcome with grief. This was because Morcom was very much in his heart. It was a loss that went beyond the loss of a friend. Turing tried to ease his grief by corresponding with Morcombe’s mother, whose letters still survive토토사이트.

“Where can I find a companion so brilliant, so charming, so unassuming (as Morcombe)?”
Scholars who have written biographies of Alan Turing speculate that his sexual orientation may have been formed at this time.

Turing answered the call of duty after losing his first love
Sometimes trials can be the fuel for life, and after losing Morcom, Turing became even more dedicated to his studies. He graduated at the top of his class at King’s College, Cambridge. In January 1937, he published Turing’s Proof, a paper that contained the central concepts of modern computers, which is why he is called the father of computing. Exactly seven years after Morcom’s death, he opened up a new academic world.

Turing reading a book in the garden of his parents’ house. January 1935 . jeonghwa=tomipelegrin>
“Break the German cipher”
“Break the German cipher.”

The times have a way of recognizing heroes. In Britain, in the throes of World War II, this is especially true. From September 1938, he works for GC&CS, the British government’s code-breaking agency. It was a crucial job, breaking Nazi Germany’s codes, and it was only fitting that Turing, a genius of his time, would take it.

In July 1939, Nazi Germany was on the move, and news was rife that they were planning to invade Poland. The importance of breaking the code became more important than ever. On September 1 of that year, Nazi Germany invaded Poland. Everyone in Europe had to fight the Nazis: soldiers on the battlefield, workers in the factories, and scientists in the labs. Turing’s place, of course, was in the lab.

The British government’s top priority was to crack the German Enigma. A scene from the movie Imitation Game. .
Scientists needed to use cutting-edge science to know ahead of time what the enemy was planning to do. Nazi Germany had a chain of command through a cipher machine called Enigma, and the lives of hundreds of thousands of soldiers depended on cracking Enigma.

Alan Turing’s presence was significant, having made a breakthrough by introducing the concept of banburismus when he was struggling to crack the German naval code. “He was indispensable,” said fellow cryptographer Hugh Alexander. It is estimated that Turing and his division’s codebreaking shortened World War II by two years. More than 14 million lives were spared on the battlefield.

Winston Churchill pledged his full support to Alan Turing’s Hut8.
As depicted in the movie The Imitation Game, he didn’t invent everything. The machine essential to breaking Enigma, the “Bombe,” was based on an existing product, the “Bomba,” owned by the Polish Secret Service.

Leave a Reply

Your email address will not be published.

Back To Top