It's very difficult to learn programming paradigms without some context, which means knowing at least one language. In fact, Python is capable of multiple paradigms, so you could learn them that way.
Also, nothing in a modern computer is a Turing machine. Don't confuse Turing complete with being a Turing machine. For one thing, a Turing machine, by definition, has an infinite memory tape. Also, implementing a computer as a Turing machine would be extremely inefficient. Modern computers are essentially von Neumann architectures or (modified) Harvard architectures, depending a little on whether you're looking at them from the outside or the internal structures.
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It's very difficult to learn programming paradigms without some context, which means knowing at least one language. In fact, Python is capable of multiple paradigms, so you could learn them that way.
Also, nothing in a modern computer is a Turing machine. Don't confuse Turing complete with being a Turing machine. For one thing, a Turing machine, by definition, has an infinite memory tape. Also, implementing a computer as a Turing machine would be extremely inefficient. Modern computers are essentially von Neumann architectures or (modified) Harvard architectures, depending a little on whether you're looking at them from the outside or the internal structures.