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Turing completeness is a term in computer science used to describe the ability of a system to compute any possible calculation or program.
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It can also be used to describe modern programming languages such as Python, C++, etc.
Turing completeness describes a programmable system that can solve any computational problem. The concept originated with the Turing machine. The English mathematician and cryptographer Alan Turing developed a theoretical model of computation known as Turing completeness.
In contrast, a non-Turing-complete system is limited to performing particular tasks based on pre-defined instructions. Turing Completeness is a data manipulation system that can read programming languages utilizing a simple set of information. Generally, the Turing machine can read complex databases.
Turing machines facilitate problem-solving and computing the data systems that the human mind is mostly unable to understand.
Crypto assets and Types of Crypto
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