Quantum fluctuations from a local-causal information dynamics

摘要: Abstract We shall show that the abstract and formal rules which govern quantum kinematic dynamics can be derived from a law of change information content or degree uncertainty system has certain configuration in microscopic time scale, is singled out uniquely, up to free parameter, by imposing condition Macroscopic Classicality principle Locality. Unlike standard mechanics, however, always definite all as classical following continuous trajectory fluctuating randomly time. Moreover, we average relevant physical quantities over distribution equal mechanical corresponding Hermitian operators state.