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Implementing A Church–Turing–Deutsch Principle Machine on a Blockchain.

Goal: Genetic Algorithms are the elementary
particles of a brand-new world of computing. In recent
years, technology has evolved exponentially in terms of
Hardware, but not in terms of Software. Genetic
Algorithms (GAs) are already filling this gap in fields like
Big Data mining, Protein Folding predictions, Finance, etc.
In this paper we present the possibility of using an
“Unbounded Single Taped Turing” medium like a
Blockchain to store a Genetic Algorithm that will be able to
provide Turing Complete results on any mathematically
given problem.

Date: 1 January 2017 - 1 August 2017

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Konstantinos Sgantzos
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Genetic Algorithms are the elementary
particles of a brand-new world of computing. In recent
years, technology has evolved exponentially in terms of
Hardware, but not in terms of Software. Genetic
Algorithms (GAs) are already filling this gap in fields like
Big Data mining, Protein Folding predictions, Finance, etc.
In this paper we present the possibility of using an
“Unbounded Single Taped Turing” medium like a
Blockchain to store a Genetic Algorithm that will be able to
provide Turing Complete results on any mathematically
given problem.
 
For Citation please use: Sgantzos, K. Implementing a Church-Turing-Deutsch Principle Machine on a Blockchain. In Proceedings of the 12th Hellenic Society for Computational Biology and Bioinformatics Conference, Athens, Greece, 11–13 October 2017.
 
pdf
Sgantzos_K_GA-HSCBB17.pdf
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