Three arguments for the quantum dream analogy plus Born Rule derivation

摘要

Three arguments are made for the correlated streams of consciousness model of reality, with the nonlocal hidden variables produced by a "metabrain." The first argument is based on entangled particles. The second is based on the mutual causality between the "mental" world and the "physical" thus uniting the two. The third based on quantum statistics of nondistinguishable particles. The metabrain, which produces the correlated streams of consciousness is assumed to have some characteristics of an ordinary brain, such as currents, synapses, and neurotransmitters. It is assumed that the firing of a "synapse" corresponds to a conscious experience. With these assumptions, we argue that the quantum probability amplitudes are proportional to the currents and, assuming an analogy to Ohms Law, that the quantum method of calculating probabilities by taking the magnitude squared of complex probability amplitudes (Born's Rule) results.