A mechanism for instantaneous transfers between entangled entities

摘要

Quantum entanglement involves entities that share a conserved property composed of constant-valued nondividable units as the result of a local interaction. Because they share the property, the entangled entities are described by a single quantum state. After such entangled entities spatially separate from each other, if a measurement of the property is made on one of them, it has been found that a nondividable unit of the property can be instantaneously allocated to that entity. To avoid a violation of Einstein relativity, a local contact is required for an instantaneous transfer. A mechanism that provides such a local contact is described in this paper. This local contact gives rise to correlations between the results of measurements of such a property on spatially separated entangled entities that maintain the predictions of quantum mechanics. This mechanism also explains particle detection locations of entangled photon pairs reported in the Ghosh and Mandel paper