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How photographic plate detects quantum p...
Pankovic, Vladan...

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How photographic plate detects quantum phenomena (How quantum mechanics can be consistently founded) by Pankovic, Vladan ( Author )
Lemonjar Open Access
N.A
11-06-2010
In this work we theoretically suggest and consider few new realistic variations of the experiment of single photon interference at beam splitter (with or without interaction with specific single atom). Especially we consider accurately (within standard quantum mechanical formalism and according to well-known experimental facts) how a typical photographic plate detects exactly interference of single photon (at beam splitter) and effectively (as effective statistical mixture) of two identical photons entanglement. It includes modeling of the detection procedure (collapse) by spontaneous (non-dynamical) unitary symmetry (superposition) breaking (effective hiding) which solves basic problem of the quantum mechanics foundation. (Practically, collapse can be considered as an especial case of the general formalism of spontaneous symmetry breaking.) Finally, we consider quantum entanglement between photon and (micro) detector (specific single atom) of the photon trajectories (Schrodinger cat effect) which clearly demonstrates that collapse has no any absolute character.
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English
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http://arxiv.org/abs/1006.2253
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