oscillators and space-time

From: alistair (alistair_at_goforit64.fsnet.co.uk)
Date: 06/17/04 

Date: 17 Jun 2004 13:13:54 -0700

Space-time could itself be made from billions of oscillators that can
stretch
as they absorb energy ( they could get energy from force carriers like
gravitons). Space-time could also be dark energy. So as the volume of
space increases, the oscillators would stretch more and increase their
energy which keeps the dark energy density constant.
Because oscillators are quantized the acceleration of the expansion of
the universe would be too.Alternatively the oscillators might gain
translational speed from energy taken from gravitons and by increasing
their mass relativistically, they would keep the dark energy density
constant.
Large masses such as the Sun would have a great concentration of
oscillators around and inside them and these would stop some gravitons
in a flux of gravitons from passing through.In a Le Sage type model it
would increase the gravitational force beyond the Newtonian
expectation and would yield the predictions of general relativity.

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