Titlebook: Contextual Approach to Quantum Formalism; Andrei Khrennikov Book 2009 Springer Science+Business Media B.V. 2009 Bell‘s Inequality.Contextu

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Noncommutative Probability in Classical Disordered SystemsIn this chapter we show that quantum probabilistic description can naturally appear in classical statistical mechanics for disordered systems.

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Derivation of Schrödinger’s Equation in the Contextual Probabilistic FrameworkThe Schrödinger equation plays the fundamental role in quantum theory. Therefore it would be interesting to investigate the possibility to derive this equation in the contextual framework. We show that it is really possible to obtain the Schrödinger equation by starting with classical stochastic dynamics.

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Original EPR-Experiment: Local Realistic Model of discrete spin variables following to the suggestion of Bohm. In this chapter we present detailed analysis of the space-time structure of the EPR experiment and, in particular, we prove that for the original EPR experiment for the position and momentum the correlations have a local realistic representation.

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Introduction to Vehicle Computing, common opinion is that classical probability can not describe the probabilistic structure of quantum mechanics. Such an opinion is based on belief that classical probability can not reproduce the main distinguishing probabilistic features of quantum formalism, e.g., . It is also believed that the v

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Duong Van Thanh,Mark Ashwill,Hoang Anh Tuanhotons, but even by deterministic particles. The crucial point is that dynamics of particles is discrete time. One can interpret this result either as an artifact of the discrete time approximation of the second Newton law or as a consequence of the fundamental (at the moment purely speculative) pro

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