The father of modern computer science is proud to be called a “genius”. Not only was he considered one of the top students in his class, but also was an All-American swimmer for his university. Still, what happened to his brain when he left home to study computer science at MIT? Did it suffer when he went to work for Dell?
No, not at all. In fact, this humble institution gave him the motivation to found and develop the field that would become the father of modern computers. William Shatner, the star of Star Trek, is today credited as the “simpler” of the three pioneers of the field. While he received his degree from Dartmouth University, which ranked second in the nation, his actual birthplace, MIT, ranked first. A little known fact is that Shatner’s studies at MIT gave him insight into the future of artificial intelligence.
Artificial intelligence is the science of using computers to make decisions about the world around them. It’s been used in military applications for centuries, but the idea has only been mainstreamed over the last twenty years. In fact, during the 20th century, this idea became a top secret weapon against World War III. America’s top scientists were convinced that the German Enigma code was being cracked, giving the Germans access to a lot of information about the US military’s most secret plans. If they knew how to crack the code, perhaps they could beat the military and win the war.
The father of modern computer science, George Bernard Shaw, was a bit more than a little worried about the world war, worried enough to write a paper on the subject. He went to MIT and worked on projects associated with artificial intelligence. One of those projects was the “Sawyer Project,” which was a plan to map out the path from rabbit food to human food. It was a tremendous success, and the paper was co-authored by Alan Turing, who is considered the father of computer science.
Computers, artificial intelligence, and the future of artificial intelligent computers are a fascinating field. We now use artificial intelligence all over the place, including in the things we buy, how we work, and even how we communicate. Computers are getting more useful everyday.
Now, if you’re going to build an artificially intelligent computer, one has to figure out how to program it to act in specific ways. That’s why people like philosophers are fascinated with this subject, because they can model the future of artificial intelligence. For example, if someone builds a computer that reads Shakespeare, it might not be very efficient. But if that same computer learns to play a Shakespeare play, it might become very accurate. That’s the future of artificial intelligence, if you believe that.
The future of computing will likely be very interesting. People will create computers that can think, reason, and even feel. In fact, they’ll already be doing some of those things. They will simply be more precise than people were in the past, perhaps even more so.
It looks like the future of computers and artificial intelligence is here to stay. There is a lot of money being put into research for the future of computers, and they’re getting closer to reality every day. Who knows what the future of artificial intelligence will look like in ten or twenty years. All we know for sure is that one day all computers will be able to reason, think, and even feel. If you’d like to get involved in this research, you could try applying to some universities for a computer science degree.
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