We’ll illustrate some subtle features of quantum computers, which are less popular in current literature, with respect to some more technical ones (like for example, quantum algorithms). In particular, we’ll focus on those aspects of quantum computers which are related to quantum gravity (via entanglement) and to the quantum side of the mind (via quantum computational logic and quantum meta-language). We expect that, in the quantum computing framework, Quantum Gravity and the Quantum Mind may appear strictly interconnected. Just to use a metaphorical language, we can say the following: General Relativity teaches how space-time deals
Quantum computing and the quantum mind: A new approach to quantum gravity
Massimo Pregnolato
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2020-01-01
Abstract
We’ll illustrate some subtle features of quantum computers, which are less popular in current literature, with respect to some more technical ones (like for example, quantum algorithms). In particular, we’ll focus on those aspects of quantum computers which are related to quantum gravity (via entanglement) and to the quantum side of the mind (via quantum computational logic and quantum meta-language). We expect that, in the quantum computing framework, Quantum Gravity and the Quantum Mind may appear strictly interconnected. Just to use a metaphorical language, we can say the following: General Relativity teaches how space-time dealsFile in questo prodotto:
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