Please do not misinterpret this post of mine as in any way disparaging the benefit of cracking the Nazi Enigma machine. BUT
the Allies obtained blueprints for Enigma from a patent office.
Some accounts of Turing's contribution was that to operate Enigma correctly, the multiple selection levers on the machine had to be given non-zero settings.
The account I encountered reported that Turing tried the machine with all the selectors as base, or zero setting.
That account reported that this was the machine setting the Nazis initially used.
How the history unfolds from there, I'm not sure.
And Turing may indeed have been incandescently brilliant. But in this case a young teenager might have made the same discovery, out of curiosity or sloth.
Although I have heard of the Enigma Machine and Turing's part in over riding it, I actually do not care that much about it.
What I like Alan Turing for was his creating of the actual first ever, general computer.
He also created the first computer programming languages.
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Alan Turing's contributions to computer science are foundational and have shaped the field in numerous ways. His work on the
Turing Machine laid the groundwork for modern computers and computability theory. Turing's concept of the
Turing Machine is an abstract machine that can perform any computation that can be performed by a Turing-complete automaton, making it a cornerstone of theoretical computer science.
Turing's
codebreaking techniques during World War II were crucial in breaking Nazi communication encryptions, which were a significant challenge to the Allies. His work at Bletchley Park was instrumental in the Allies' victory in the Battle of the Atlantic and other engagements.
Turing's
programming system for the Ferranti Mark I, the first marketable electronic digital computer, was a significant step in the development of electronic computers.
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Turing's
concept of the Turing Test has been a source of inspiration and debate for decades, fueling advancements in natural language processing, machine learning, and cognitive computing.
Turing's
work on mathematical biology and his predictions on oscillating chemical reactions have also contributed to the understanding of biological processes.
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Turing's
legacy continues to influence the development of artificial intelligence and modern cognitive science. His ideas about the human brain as a digital computing machine and the Turing Test remain influential in the field of AI and cognitive science.
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Turing's
impact on society extends beyond technology, as he was a pioneering LGBT rights activist who fought against discrimination and paved the way for a more inclusive future.
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Turing's
work on cryptographic standards has been a significant part of the evolution of information security and cryptography.
https://www.bing.com/ck/a?!&&p=dafb...Zy1hbmQtYXJ0aWZpY2lhbC1pbnRlbGxpZ2VuY2U&ntb=1
Turing's
work on the evolution of computer science is a testament to his genius and his ability to tackle complex problems with innovative solutions.
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