In this regard what books you highly recommend for those interested?
Computers are the automation of mathematics. If you can't reduce something to mathematics, you can't make a computer do it.
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Kiitos. Käytämme tätä aikajanasi parantamiseen. KumoaKumoa
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"Reducing to Math" is meaningful only if the Math is comprehensible. What computers do is algorithms, which are related to but not Maths -- Computers "reduced" playing Go to Math, but we don't intuitively understand how they play. Merely reducing something to Math is meaningless.
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Fundamentally, algorithms *is* part mathematics. He is right, if you can't reduce something to math it can't be computerized
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A bit of physics to
Kiitos. Käytämme tätä aikajanasi parantamiseen. KumoaKumoa
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Println(“Hello World”); Which math on the above?
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Gödel numbering to map the terms to numbers which are tokens (there are 4 atomic tokens in your example) organized as elements of a Turing machine. Much of mathematics is mapping the real world to symbols, then applying rules to manipulate the symbols, which is what computers do.
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Is that an ‘intuitive’ statement ? Heuristic even ??
Kiitos. Käytämme tätä aikajanasi parantamiseen. KumoaKumoa
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Algorithms vs mathematics. There's a difference.
Kiitos. Käytämme tätä aikajanasi parantamiseen. KumoaKumoa
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There are computer concepts that can't be expressed very well by elementary mathematics, the if logical step for example how do you express that in an elementary math form.
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the if statement is very simple in mathematical terms though, it would just be the Heaviside step function or any similar step function.
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