Computing capabilities of crystals

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In work from the positions of quantum physics, the possibilities of computations using the scattering of a beam of light on crystals are investigated. A computation model is constructed that corresponds to the transformation of the light beam as it passes through the crystal, and the necessary formulas for calculating this model are given. It is necessary to emphasize the abstract nature of the research, which is aimed at bringing the theoretical basis for further study of the resulting algebraic constructions, rather than creating a real device - a quantum computer or the like. The work was carried out within the framework of the program for creating an algebraic calculator [1]

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Parallel computing, programm algebras, quantum optics

Короткий адрес: https://sciup.org/14336173

IDR: 14336173

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