phasing occurs because space gets compressed between fluctuations.

forming slits in dimensions of space.

as fluctuations move thru a slit, they phase.

with the formation of slits which fluctuations transverse , interference occurs.

what’s left is negative dimension of space relative to a positive dimension, which corresponds to a particle.

happens when interference = wavelength

hc/wavelength = mgH  when wavelength = distance

distance scale comparable to the wavelength

wavelength = distance is when energy defined.

works w definite freq and wavelength.

monochromatic light.

The Phasing of Unphased fluctuations is undetermined.

The fluctuation goes from being virtual, to being real.

What is virtual is undetermined.

Fluctuations are the transition from negative to positive dimension.

space is cultured by changes in dimension.

space is fieldized by changes in dimension.

the space between fluctuations is mangled.

one fluctuation impinges on the space of another fluctuation. negative dimensions impinging on negative dimensions. positive dimensions impinging on positive dimensions.

this occurs in the space between fluctuations.

creating lines of force.

lines of impingement. from which particles emerge.

negative dimensions repel negative dimensions.
positive dimensions repel positive dimensions.

positive dimensions attract negative dimensions.

so, what is the entropy of phased fluctuations?

as fluctuations entangle is that an increase in entropy?

is a straight line lower entropy than a knot?

http://www.cs.mcgill.ca/~bsprot1/TheEntropyofaTangleLatest.pdf

http://necsi.edu/projects/baranger/cce.pdfi

Fluctuations have hooks. Fluctuations hook other fluctuations.

after space phases and the change in dimension becomes persistent,  space gets tangled up.  those tangles gravitate toward each other because the negative dimension of the tangle curves space.