Godfrey Harold Hardy Source

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However, in the areas that interested Turing, he showed impressive abilities. For example, at 15, he solved the most complex mathematical problems, although he had not studied the basics of mathematical analysis. And at 16, he became acquainted with the works of Albert Einstein and found errors in the interpretation of some scientific conclusions. The math teacher called Alan a genius, although he scolded him for figuring everything out on his own and neglecting classwork.

The path from student to professor
After school, Turing planned to enroll in Trinity College, but failed - he did not get enough points. He had a deep understanding of the exact sciences, but lacked knowledge in the humanities. In the end, he chose King's College, Cambridge, where his mentor was the mathematician Godfrey Harold Hardy.

Godfrey Harold Hardy
There was more room for growth and development here, and japan telegram data Alan Turing took full advantage of it. He brilliantly coped with the program, studied logic, quantum physics and cryptography – deciphering data. And in 1935, he presented a paper on the central limit theorem of probability. This work brought him recognition and a place in the scientific society of King's College. At that time, he was only 23 years old.

Later, the young and promising scientist entered Princeton University, where just two years later he received the title of professor of philosophy and mathematical logic.

During his studies, Turing became interested in sports. Long-distance running helps him switch off and take a break from intense intellectual workload. Later, he even tried out for the British Olympic team, but was unable to participate due to injury. The archives contain a photo from 1946, where he is running a marathon.

Alan Turing completes the race
Alan Turing completes the race. Source
The Turing Machine: The Beginning of Computer Science
While still in Cambridge, Alan had the idea of ​​creating a universal computing device. In 1936, the young scientist presented an abstract model that performed any possible mathematical operations. Later, it was called the Turing machine.