Fernando Flores Morador & Luis de Marcos Ortega & Carmen Flores Bjurström
University of Alcalá de Henares, Madrid, 2019.
Logic and Quantum Computation
Accepting the concept of superposition implies the abandonment of the logical principle of non-contradiction. This can lead to serious impediments for quantum computational theories as the everyday world will be a world full of paradoxes. If quantum computers are to be useful in everyday life, they must function and make sense as regular instruments. This means that the phenomenon of superposition needs to fit the principles of logic. Translation of quantum computation into logical principles would mean that superposition is interpreted as a logical conjunction and entanglement as a logical negation.
https://dx.doi.org/10.2139/ssrn.3477397
Abstract
In the present article we discuss quantum computation by incorporating the quantum mechanical phenomena to our everyday world. While traditional computers are the consequence of the mechanical synthesis of human body and mind acts in an embodied reality, quantum computation is the consequence of translating a subatomic scaled reality into human acts. Quantum computers are based on quantum mechanics that encompasses properties such as superposition, entanglement and reversibility of time. These properties enable computer information processing and memory to be transformed into a quantum superposition of qubit states, that opens up for numerous potential future applications. As with every new technology, the development of quantum computers is embedded in expectations, a phenomenon that historically has been shown to be problematic. These expectations generate the idea of the supremacy of the technology which hides the importance of the human environment in which the new technology will be applied. This article aims to place these expectations in a human context to show that in fact for every case, it is more a matter of human supremacy than supremacy of the technology being developed.
Available at SSRN: http://dx.doi.org/10.2139/ssrn.3477397