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Alan Mathison Turing and Cyanide Poisoning

This article examines Turing's involvement in decidability questions, Turing machine and the war. We'll also look at Turing's passion for in operations that are not computable. The article also discusses his work with the typewriter at his family's home. This article will give a brief history about Turing's significant contributions to computer science. In the end, you'll see how Turing changed the way that computer science is conducted today.

The computability theory of his is a popular topic, but his research in probability analysis and halting problems predates it. Turing was a prominent mathematician, who created the first computer known as ACE and worked on secure voice communications devices. In 1950, Turing was appointed reader in the mathematics department at the University of Manchester, and was appointed Deputy Director of the Computing Machine Laboratory. Turing's groundbreaking essay "On the Decidability Question" appeared in Mind in 1950, and was a seminal piece of work. It introduced the Turing Machine, a mathematical model that shifts from state to state based on specific rules. It relied on one symbol from tape and relied upon exact rules.

1936 is the earliest date when there has been any evidence of undecidability in some decision issues. Published under the title "On Computable Numbers, with Applications to the Entscheidungsproblem", Turing's proof was the second to prove the undecidability of some yes-no questions. It differed from Godel's theory, which had been proven to be correct in 1905. This made Turing's proof the first to show that some questions that required a yes-no answer were not able to be answered with computation.

Alonzo Church's work on undecidable issues inspired Alan Turing's work. Church had independently defined in 1932 the undecidability problem. Turing's work on the halting issue is regarded as simpler and more intuitive than Church's. Turing was employed by the Government Code and Cypher School and continued to enhance his mathematical and computer science abilities throughout his career.

His work on decidability issues has influenced mathematics since the beginning of computers. He was the inventor of the first computer and was also recognized for breaking the German Enigma Code during the Second World War. Turing was also a pioneer in the field of mathematical biology as well as the study of patterns in plant and animal markings. It's not surprising that Turing's work with decidability questions is so important to the study and application of artificial intelligence.

Alan Turing was also a gay man. His treatment and imprisonment for homosexuality were considered an enigma to security. His regret, grief and forgiveness eventually led to the full pardon. Turing's career had its highlights. The Nobel Prize in Mathematics in 1955 also led to the end of the Nazi occupation of the British Isles. However, his detention was not over. Turing had to endure several challenges to complete his work.

In his early career, Turing studied mathematics at the Victoria University of Manchester and became director in charge of the Computing Machine Laboratory. He was the first computer with a stored program to be built and named the Manchester Mark 1. There he also drafted the Programming Manual. After Turing left the university, he was a consultant for the design of the Ferranti Mark 1, and continued to receive consultancy fees until his death.

In the Second World War, Turing was part of a secret intelligence unit known as Hut 8 at Bletchley Park. With the assistance of Polish mathematicians, he was able to decipher German communications. Turing's mathematical and statistical concepts were applied to decode German messages. The team built an instrument that was capable of decoding German Enigma codes. Turing and his team were able decode the Enigma codes after the war.

Although Turing's approach seems to be pure speculation, it was a key model for future stored-program computers. The machine proved enormous value in computer science. Turing's universal machine was the basis for many of today's computer systems. Turing's limitations led to his work being controversial. Turing believed that uncomputable functions are not relevant to understanding the human mind. Ultimately, Turing's interest in uncomputable operations was the basis for the research methods of computer scientists and researchers. approached the problem.

Turing's love of deep mathematics started in school and he was a student at Hazelhurst preparatory school. When he was a youngster, he had already solved numerous mathematical problems that required a high level of expertise and was awarded for his efforts by the headmaster of his school. He attended lectures by Ludwig Wittgenstein at Princeton University later in his life. He was influenced by these lectures. The passion for learning led him to develop his initial algorithm, now referred to as "programmable memory".

Although his name is not well-known but the British computer scientist had a fascinating life. His father was a member of the Indian civil service and his mother was the daughter of the chief engineer of the Madras Railways. Turing was sent to school after his parents divorced. The teacher decided to take him from the school because he didn't seem like he was getting any benefit from it. The school was later found to be too accommodating and Turing committed suicide in the year 1953.

The modern computer's development is largely owed to Turing's work. A teen, Turing was inspired by Albert Einstein's Theory of Relativity and worked to create machines that could think. In particular, Turing developed the Universal Turing machine which was a computer that could be programmed to perform tasks that were formulated by the human mind. Turing was interested in the interaction between human thought, automated processes, and his work laid the foundations of computers and Artificial Intelligence.

The computer that resulted was named the Bombe Machine. It was able to block any deductions that were not accurate. This allowed the Enigma code to be cracked in less than fifteen minutes. Turing was awarded the OBE for his work at Bletchley Park, but the work remained top secret for the next 30 years. While his work at Bletchley Park was vital to the Allies' victory, it was his father's legacy that made him famous.

The Turing machine is built on two components which are input and programming. Input is the physical process of pressing buttons on a calculator, while output is the output of the program. Both components are necessary in the functioning of a Turing machine. Additionally the Turing machine is able to be infinite in its time. This makes it an ideal computer. Turing machines can be used to analyze and design algorithms.

Alonzo Church first outlined the first problem of undecidability in 1932. Alan Turing's solution to this problem is however regarded as more intuitive and easy to comprehend. Turing was a student at Princeton University in the 1930s. Church was his professor. After graduating from Princeton University, he joined Government Code and Cypher School. His research on Turing machines has had a significant impact on the field of computing.

The history of computer science has been filled with questions concerning whether computers can solve incomputable problems. Turing believed that humans could investigate incomputables by using iterative approach. This method was successful in identifying ways to make incomputables more comprehensible. In this way, Turing's work disproved Hilbert's assertion that computers were decidible.

His contributions to the war cannot be measured and the U-boat Enigma (and the Hut 8 teams of ciphers) were his most notable achievements. Without Turing's efforts and efforts, the war could have continued for another two years. Turing's contribution cannot be overstated. In fact, some military historians think that without his work the war would have lasted longer.

Turing's sexuality, and sexual orientation has continued to hinder his work, even though he was a war veteran. In 1952 Turing was accused of homosexual activities. In a subsequent court case, he accepted a hormone treatment known as DES which is also known as chemical castration. He died later from cyanide poisoning. However, autopsy results showed that he had in fact taken in poison. While the exact cause of the death are not yet known but there is an unsubstantiated rumor that Alan Turing was seen in a scene from Snow White and the Seven Dwarfs.

Alan Turing, a British computer scientist was active during World War II. Born in Maida Vale in London, he grew up in South Africa. His father was an Indian civil servant from Britain. His mother was an English acquaintance. His brilliant spark was evident from a young age, despite this. After graduating from Cambridge, Turing traveled to the U.S. as part of an intelligence exchange. Turing was the leader of a department that was specifically focused on German naval cryptoanalysis.

He earned his Ph.D. from Princeton University in 1939. He was a mathematician. He returned to Cambridge in the summer of 1938, however, there was no lectureship. He continued to study cryptography while working part time at the Government Code and Cypher School. His primary contribution to the war was to break the German Enigma machine. This has saved many lives and could have reduced the war by two years.

Although Alan Turing died 60 years ago, his contributions to the war were well-known and celebrated. His work at Gay Pride was made famous thanks to the declassification and release of his GCCS documents. The devastating effects of homophobia on war efforts are not just a reminder of its human cost but also serve as a reminder of human cost. What is Alan Turing's primary contribution to the war?

This article discusses Turing's work in decidability problems, Turing machine, and the war. We'll also discuss Turing's love for uncomputable operations. This also includes his involvement using a typewriter at the house of his family. This article will provide you with an overview of Turing's main contributions to computer science. In the end, you'll learn how Turing created the modern computer science.

Computability theory is his popular topic but his research in probability analysis and halting problems predates it. Turing was a prominent mathematician who invented the first computer, dubbed ACE and worked on secure voice communications devices. Turing was appointed the Deputy Director of the Computing Machine Laboratory in 1950. He was also appointed a lecturer in the Manchester University's mathematics department. Turing's pioneering work "On The Decidability Question", published in Mind the journal, was a pivotal piece. It introduced the Turing Machine which is a mathematical model that shifts from state to state according to specific rules. It relied on one symbol from tape and relied on exact rules.

1936 is the first date at which there has been any evidence of undecidability in some decision problems. Published under the title "On Computable Numbers, with Applications to the Entscheidungsproblem", Turing's proof was the second to prove the undecidability of some yes-no questions. It was different from Godel's theorem which was proved correct in 1905. Turing's proof was the first to show that a yes-no question couldn't be answered through computation.

Alan Turing's work on decidable problems was influenced by the work of Alonzo Parish, who had independently identified the undecidability problem in 1932. Turing's work on the issue is simpler and more intuitive than Church's. Through his entire career, Turing continued to develop his mathematical and computer science skills while working for the Government Code and Cypher School.

His work on decidability has influenced mathematics since the invention of computers. Turing invented the first computer and was recognized for breaking the German Enigma code during the Second World War. Turing was also an early pioneer in the field of mathematical biology and the investigation of patterns in plant and animal markings. It's not surprising that Turing's work on decidability issues is so vital to the study and application of artificial intelligence.

Alan Turing was also gay. His incarceration and treatment for homosexuality was deemed risky for security. However, his remorse and grief led to a full pardon for his life. Turing's story was not without its highs. The 1955 Nobel Prize in Mathematics helped end the Nazi occupation of the British Isles. Turing's imprisonment didn't end there. Turing had to overcome a variety of obstacles to continue his work.

Turing was a mathematics student at the Victoria University of Manchester. He later became the Computing Machine Laboratory's director in charge. In Manchester, he worked on first computer with a stored-program known as the Manchester Mark 1, and created the first version of the Programming Manual for it. After Turing left the university he became a consultant for the design of the Ferranti Mark 1 and continued to receive consulting fees until the time of his death.

During the Second World War, Turing was part of an underground intelligence unit known as Hut 8 located at Bletchley Park. Turing was able of deciphering German communications by utilizing Polish mathematicians. This was done using Turing's mathematical and statistical ideas. The team constructed the machine that was capable of decoding the German Enigma codes. Turing and his team were able decode the Enigma codes after the war.

While Turing's approach seems to be pure theoretic, it actually provided an important model for future computers using stored-programs. The machine proved great utility in computer science. Turing's universal machine was an inspiration for many contemporary computer system designs. Turing's limitations led to his work being controversial. Turing believed that non-computable operations were not important to understanding the human mind. Turing's fascination with uncomputable functions shaped the research methods of computer scientists and researchers. tackled the issue.

Turing's interest in deep mathematics started in the school, at Hazelhurst preparatory school. He was just a child when he was able to solve a variety of complex mathematical problems. The headmaster of his school was awestruck by his efforts. He was a student of Ludwig Wittgenstein at Princeton University later in his life. The lectures inspired him. This led him to develop his initial algorithm, which is now known as "programmable memory".

His name isn't a common one and the British computer scientist lived an interesting life. His father was a part of the Indian civil service and his mother was the daughter of the chief engineer of the Madras Railways. Turing was sent to school after his parents divorced. The teacher decided to take Turing from the school as it was apparent that he was benefitting from it. Turing took his own life in 1953, when the school became too permissive.

Turing's contributions are the main reason for the creation of computers today. As a teenager, Turing was inspired by Albert Einstein's Theory of Relativity and worked to create machines that could think. In particular, Turing developed the Universal Turing machine which was an electronic computer that could be programmed to perform tasks that were formulated by the human brain. In actual fact, Turing was particularly interested in the interaction between human thought and automated processes, and his work laid the basis for the creation of computers and Artificial Intelligence.

The Bombe Machine was the name of the computer it was built upon. The machine could not reject deductions that were not right. This made it possible to crack the Enigma code in just 15 minutes. Turing was awarded the OBE for his work at Bletchley Park, but the work was kept under wraps for nearly 30 years. Although his work at Bletchley Park was vital to the victory of the Allies, it was his father's legacy that made him famous.

Two aspects are the core of the Turing machine that is input and program. Input is the physical act of pressing buttons on a calculator. While output is the output of the program. Both are essential to the functioning of a Turing machine. In addition the Turing machine is able to be infinite in time. This makes it a fantastic computer. Turing machines are used to analyze and create algorithms.

Alonzo Church first described the problem of undecidability in 1932. This issue is solved by Alan Turing, who is thought to be more intuitive and easier to understand by people. Turing was an undergraduate at Princeton University in the 1930s. Church was his professor. After graduating from Princeton University, he was accepted into the Government Code and Cypher School. His contributions to the field of Turing machines have had a profound impact on computing.

The history of computer science has been filled with questions concerning whether computers can tackle incomputable problems. In the beginning, Turing believed that humans could investigate incomputables by iterative approximation. This method found logical ways to explore incomputables. In this way, Turing's work disproved Hilbert's theory that computers were decidible.

His contributions to the war can't be measured, but the U-boat Enigma (and the Hut 8 teams for ciphering) were his most significant achievements. Without Turing's work and efforts, the war could have continued for another two years. Turing's impact cannot be understated. Some historians of the military believe that the war could have been prolonged without Turing's work.

Turing's sexuality, and sexual orientation has continued to hinder his work, even though he was a veteran of the war. In 1952, he was accused of homosexual acts. He was later convicted of homosexual activities. He died later of cyanide poisoning. However autopsy results indicated that he had actually inhaled poison. While the reasons for his death aren't known There is an rumor that Alan Turing was seen in the scene from Snow White and the Seven Dwarfs.

During World War II, Alan Turing was a British computer scientist. Born in Maida Vale in London, he grew up in South Africa. His father was an British civil service worker in India. His mother was an English acquaintance. His bright spark was evident from an early age, but despite this. Turing graduated from Cambridge and went to the U.S. as part an intelligence exchange. He led a division that was specialising in German naval cryptoanalysis.

In 1939, he completed his Ph.D. in mathematics from Princeton University. He returned to Cambridge in the summer of 1938, however, there was no formal lectureship position. While continuing to study cryptography as a part-time job, he also took part-time work at the Government Code and Cypher School. His most significant contribution in the war was the decoding of the German Enigma Machine. This has saved many lives and could have reduced the war by two years.

Even though Alan Turing passed away 60 years ago, his contributions have been widely acknowledged and celebrated. His work at Gay Pride was made famous thanks to the declassification and release of his GCCS documents. The tragic effects of homophobia don't have to be only limited to the war effort and are an opportunity to reflect on the human cost of homophobia. What is Alan Turing's most significant contribution to the war effort?

The code-breaker's contributions to the world of mathematics are inextricably linked to his homosexuality, cyanide poisoning and apology to the British government. In this article, we examine Turing's life and contribution to code-breaking, His homosexuality and cyanide poisoning, and the apology He made to the British government. We conclude by noting that Turing's work was instrumental in preventing the destruction of millions of lives.

It's no secret that British Prime Minister Gordon Brown apologized to the world for its treatment of Alan Mathison Turing, who died 55 years ago. Turing, an English mathematician, made significant contributions to computer science and code breaking. However, he was once sentenced to chemical castration and suffered the consequences. In an effort to honor Turing, the British government issued an apology.

Gordon Brown's apology to the British government comes in response to the snub of the English Prime Minister for the treatment of the brilliant mathematician. In an effort to show the public that Britain had a responsibility to remember this great man, the British government has now decided to honor his contribution to code breaking. Alan Mathison Turing was one of the many British scientists who worked with the Germans to crack the Enigma code. His work was critical to winning the war and was responsible for saving millions of lives.

The code-breaking machine that Turing designed with Gordon Welchman was known as Bombe. It reduced the number of steps needed to break a German cipher. Turing and his team were able to decipher as many as 4000 messages per day. Gordon Brown apologized to the British government for not releasing Turing's papers sooner.

His contribution to code-breaking is so important to the world that even the British prime minister has publicly thanked him for it. However, it is not always easy to acknowledge one's contributions, especially when they are made in secret. And yet, the British Prime Minister has been forced to apologize to the world. The prime minister also said that Turing's efforts will lead to greater security for the British people.

The British Prime Minister apologized to Turing after the revelations that the former GCCS code-breaker had been prosecuted for homosexual acts, a crime in the UK. The charges were later dropped and Turing's work with the GCCS became publicly available. His work with the GCCS has been declassified and Turing has become a celebrated figure in the gay pride movement. It reminds us of the tragic human costs of homophobia.

The government apologised to Turing in 2009. He had been in prison for six years after being convicted of gross indecency in 1952. His work at Bletchley Park was credited with helping Britain win the Second World War. The British government has refused to exercise the Royal Prerogative to grant Turing a full Parliamentary pardon.

The English mathematics teacher was a famous gay man. In 1951, he proposed marriage to Joan Clarke, a cryptanalyst and fellow mathematician. But shortly before the wedding, Turing admitted that he was gay. This was not a cause for alarm, as the fiancee did not seem to be put off by his sexual orientation.

The conviction in 1952 impacted Turing's life dramatically. The GCCS stripped him of his security credentials, preventing him from entering the United States. However, he managed to travel to other European countries and retain his academic position. In 1967, English law changed, and Turing was no longer able to receive hormone injections. At the time, the 'age of consent' was twenty-one, but this changed to eighteen years later.

In 2005, Turing apologized to the British government for his actions in the war. He also apologized to Turing's family and friends for the 'flagrant and irreconcilable sin'. The apology was not sufficient to ensure Turing's pardon. In 2007, a new bill was introduced to the Parliament to give Turing a pardon.

Following Turing's conviction, his security clearance was revoked. This was in violation of the Official Secrets Act. The British government was so angry, Gordon Brown apologized to the Turing family and to the public. Turing was able to keep his academic position for decades, but the government still refused him entry to the United States. He had no such problem when he visited other European countries.

The death of Alan Mathison Turing in 1976 remains controversial. While many believe that Turing committed suicide, the official cause of death was cyanide poisoning. The cause was initially unclear but the British government ultimately found that cyanide was the likely culprit. A half-eaten apple was discovered next to Turing's bed, presumably containing cyanide. However, no test was performed to confirm that the fruit contained the poison.

Alan Turing's contribution to science changed the course of the world war. His work on artificial intelligence, neural networks, and programming helped to save the lives of 14 million people. He was awarded an OBE and a Fellowship of the Royal Society in 1951. But his life ended in tragedy. In a letter to the British government, Gordon Brown apologized for the death of Alan Turing.

His death has prompted the UK government to apologize for its treatment of homosexuals. The UK was still prosecuting homosexuals at the time. The pardon that Brown granted Turing can help to heal the damage caused by the case, and it serves as an apology to other gay men who have been victimized by a similar indecency law.

In 2006, a BBC documentary named Turing one of the "100 Greatest Britons" and he was listed as the second most significant alumnus. Only President James Madison had a more prominent legacy. A 1.5 ton life-size statue of Turing was unveiled in Bletchley Park on June 19, 2007. The statue was commissioned by late American billionaire Sidney Frank.

After the conviction, Turing was barred from continuing cryptographic consultancy for the GCHQ, a British government agency that was created in 1946. He was allowed to travel to other European countries, but his conviction in 1952 meant that he no longer had security clearance. Some people viewed this as a security risk. This situation also led to a general sense of fear among the public due to recent revelations of double agents from the KGB.

Alan Mathison Turing was born in London. His father, Julius Mathison Turing, was a civil servant in India. His foster mother, Ethel Sara Stoney, was from Ireland. At the age of 13, Alan was enrolled at Sherbourne School. His first day of school coincided with a strike of coal miners in the city.

Following a public apology from Prime Minister Gordon Brown in 2009, the UK government issued a posthumous pardon to Alan Turing, a Nobel Prize winner. Turing's posthumous pardon was granted by Queen Elizabeth II, who cited the man's contribution to the war effort when granting it. Since then, the United Kingdom has passed legislation known as "Alan Turing law" that retroactively pardons men cautioned under anti-homosexual legislation. Turing's legacy is vast, including being honoured on the current Bank of England PS50 note.

The death sentence was overturned in 2006, but not before it was finalized. In 1952, the British government criminalized Turing for homosexual acts, even though the act was illegal in the United Kingdom. After a retrial, Turing died of cyanide poisoning. A coroner determined that Turing had committed suicide, but his mother maintained that he had accidentally poisoned himself.

During the Second World War, Turing served at Britain's code-breaking centre and was in charge of the German naval cryptanalysis. He developed his Turing Machine methodology in 1936, and is credited with cracking the Nazi Enigma Code. This code was used to coordinate the U-boat juggernaut's supply lines and helped the Allies win the war in Normandy. By opening the supply lines, the Allies were able to successfully land on D-Day and turn the tables on Nazi Germany.

The Prime Minister's apology went further than the petition. He linked Alan Turing's wartime work to the development of European culture since 1945. The apology, as stated by the Prime Minister, has led to Parliamentary debate on Alan Turing's centenary. The Prime Minister's apology has also raised awareness of the work of the man who helped the war effort.

After the war, the code of silence continued. This was enforced by the Official Secrets Act. In 1946, Turing was awarded the OBE, but his work was kept secret for decades. Gordon Brown apologized to the British government for the British government's treatment of Turing. The eloquently crafted apology to Turing's family is a good start.

Alan Mathison Turing was a British computer scientist, philosopher, cryptanalyst, and theorist. His work in the field of morphogenesis is well-known to the public. His sexual orientation was the subject of a criminal case, but he never let it stop him from making important contributions to society. In this article, we will explore his sexuality, relationships with Robin Gandy and Arnold Murray, and his work in morphogenesis.

In 1952, Alan Mathison Turing's homosexual relationship with a working-class youth was revealed during a burglary. Turing was accused of gross indecency, a crime punishable by up to two years in prison. But he avoided being prosecuted because he agreed to undergo female hormone treatment. Unfortunately, his treatment failed, and in 1954, Turing died of cyanide poisoning. His death was ruled a suicide, but his mother maintained that it was an accident.

When Turing died, his homosexuality was deemed a security risk. His conviction cost him his security clearance, and he was forbidden from leaving the country. He was also denied access to government computers for two years. This was a cruel end to a brilliant genius. In the end, his work saved the world and may have saved more lives than any other person in the twentieth century.

Although he died at the age of 41, his work at Bletchley Park contributed to Britain winning the Second World War. But after his criminal conviction, Turing committed suicide. Despite his incarceration, the British government has repeatedly refused to pardon Turing, despite the fact that his work saved countless lives and helped the free world. If he had been cleared, he could have achieved so much more.

Ultimately, Alan Mathison Turing's homosexual life was tragic. A religious commi-bashing right was responsible for the downfall of Turing, and he was sentenced to death for his crimes. His murder remained unsolved for decades, but his sexuality led to a criminal prosecution. He was later pardoned by Queen Elizabeth II sixty years after his death.

Turing became interested in mathematical biology in his later years. He wrote a paper that described the chemical basis of morphogenesis. This paper predicted that certain molecules would oscillate during morphogenesis. This prediction was proven true in the 1960s when the Belousov-Zhabotinsky reaction was discovered. This is considered the basis of modern non-linear dynamical theory.

To explain morphogenesis, Alan Mathison Turing first explained the chemical structure of fields, including the development of tissue. He then argued that there was no explanation for the embryonic form except a guiding esprit de corps. Turing's new ideas were intended to defeat the Argument from Design. This view is still widely accepted today. In his book, Turing described his experiments in detail.

In his 1952 book, "The Chemical Basis of Morphogenesis," Turing describes how the growth of an embryo takes place. He suggests that morphogens break the symmetry of embryos in order to allow for non-spherical shapes to arise. Ideally, a blastula is so perfectly symmetric that a horse cannot develop from it. However, the fact that an embryo is never completely symmetrical means that there are always small deviations from absolute symmetry that can occur during the process. These deviations are called "instabilities."

As a brilliant scientist, Alan Mathison Turing made significant contributions to many fields of science. His breakthroughs in the fields of mathematical logic, computer architecture, and software engineering were credited to his genius. Despite his tragic personal life, Turing also contributed to the study of morphogenesis in plants. However, it's his work on this topic that is most remembered today.

The history of Alan Mathison Turing's relationship to Arnold Murray has been mixed. The two met during a cinema night in January 1952, and Turing invited Murray to his house. Murray accepted, but didn't show. So Turing invited him to stay the weekend. The two subsequently began a romantic relationship. Murray claimed he did not commit the burglary, but later recanted his statement. A few months later, Murray showed up at Turing's door again. In the ensuing weeks, Turing suspected Murray of committing the crime.

After the war, Turing began work at the computing laboratory at Manchester University. He also bought a home in Wilmslow, England. During this time, he continued to maintain his secret ties with Britain's code breakers. The story behind the relationship between Turing and Murray is fascinating, and many readers will be inspired by this account of Turing's sexuality. But there is more to Alan Turing's relationship with Arnold Murray than meets the eye.

While he was not charged criminally, Turing did receive probation for his sexy behavior. Murray was given a conditional discharge. He was placed on probation for a year. During this time, Turing agreed to take hormonal treatment to reduce his sex drive. A synthetic oestrogen called stilboestrol was prescribed to him. He was prescribed this medication for a year.

Alan Mathison Turing had a romantic relationship with a 19-year-old unemployed man named Arnold Murray. Their relationship was troubled and tumultuous. Turing admitted his sexual orientation to the police during an investigation after the burglary. But despite these problems, they continued to enjoy each other's company. It's no wonder that Turing's sexuality was revealed to the world in 1952.

The author describes the conflicting nature of Alan Mathison Turing's relationship to Robin Gandy, his best friend, and his relationship with her mother. Gandy was the first person Turing had contacted after hearing of his illness. Turing continued to consult with GCHQ, but in March 1943 he was denied security clearance because of his sexuality. The authorities also considered him a security risk. During this time, Turing sought intimacy with his friends, and even consulted a Jungian analyst.

Alan Mathison Turing was born in London, the youngest of five children. His parents were Julius Mathison Turing, a Scottish merchant with roots in the Netherlands. His mother, Ethel Sara Stoney, was the daughter of the chief engineer of the Madras railways. The Stoney family was a Protestant gentry family from County Clare. Her parents were engaged and had two children.

In the spring of 1941, Turing proposed marriage to his Hut 8 co-worker Joan Clarke. The two were engaged by the summer, but their relationship did not last. In November 1942, Turing travelled to the United States to work on Naval Enigma and bombe construction. He also lent his expertise to Bell Labs in the development of secure speech devices. Turing returned to Bletchley Park in March 1943, when Hugh Alexander took over the head position in Hut 8. After becoming a general consultant for cryptanalysis at the government level, Alan was no longer involved in the day-to-day running of the hut.

In June 2012, the flame of the London Olympics passed by Turing's statue in Manchester. On his 100th birthday, several keystone events took place to honour the scientist. A three-day conference in Manchester, UK, and a two-day conference in San Francisco, California, organized by ACM, were held. His birthday was also celebrated with a birthday party at King's College, Cambridge, and a Turing Centenary Conference.

Alan Mathison Turing's work at Manchester on machine-code programming was influenced by his earlier mathematical logic research. In 1935-36, he explored Church's logical calculus on the machine, and he combined massive knowledge of statistical methods with combinatorial methods to make a working manual for machine-code programming. Eventually, the project was abandoned in 1949 and no further work was done by Turing until 1957.

After the war, Alan Mathison Turing spent the rest of his life at Manchester University, where he was awarded the Readership in Theory of Computing. He was also elected a Fellow of the Royal Society in March 1951. He continued to be involved in secret code-breaking efforts in postwar Britain, but his sexuality became public after a series of interviews with his former student Hodges. In 1941, he proposed marriage to Joan Clarke, who remained his girlfriend until his death in 1975.

Though Alan Mathison Turing was a brilliant mathematician with considerable theoretical expertise, his practical progress at the National Physical Laboratory disappointed him. Instead, he decided to take a professorship at Manchester University. The work on machine-code programming at Manchester University is one of the most important contributions to the history of mathematics. Turing's mathematical work led to the foundation of artificial intelligence.

As an individual, Turing's sexuality was a source of embarrassment for him. The authorities made homosexuals ineligible for security clearances. His rejection left him feeling deeply resentful and embittered. During this period, he became increasingly interested in biology and published a paper on the mathematical development of biological shapes. However, he was forced to make a choice between jail or hormonal treatment that was intended to suppress his libido.