Abstract
The interpretation of uncertainty in Q-mechanics as a result of Brownian motion of particles and photons in a fluctuating zero-energy field is re-examined. It is shown that stimuli originating at this fluctuating sub-Q-mechanical level can have macroscopic consequences, one of which could be a spontaneous tendency towards lower entropy in open systems. It is argued that the probabilities of formation of complex molecules would be immensely increased if such a sub-Q-mechanical effect existed.
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