Quote:
Originally Posted by north
... pulsing between a particle state and a wave state in such a way that at one instant this tiniest patch of energy can be expressed as a particle and at the next instant that particle transforms into wave movement of that particle in a pulsing sequence.
first, what though would cause this? why would this happen?
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Such a particle is speculated to contract due to its own extreme curvature (warping) of space, and it can only contract toward the limit of zero volume, but cannot achieve zero volume. It bounces off zero volume and expands. But it can only expand to the limit where its curvature (warping of space) stops the expansion (a closed space) and starts the contraction again, over and over. It pulses as it bounces off of its upper and lower limits.
Since it has mass and it moves, probably at the speed of light, its space time is closed but it can interact with like particles by connecting together (merging) or by orbiting other particles (orbiting each other) or by changing the angular momentum of particles that intersect its curved space.
I referred to it as nearly infinitely small, i.e. infinitesimal in size.
Now the density of it, D=M/V, comes out nearly infinitely dense if it has any volume at all.
Density expressed mathematically is the ratio of mass to volume ==> D = M/V; M = DV; V=M/D.
Any substance that is infinitely dense with finite volume would have infinite mass; M = DV.
Any substance that is infinitely dense with finite mass would have no volume; V=M/D.
The particle I speculate has infinitesimal volume and infinitesimal mass which I speculate leads to a particle that is infinitesimal in size, infinitesimal in mass, and of near infinite density. Thus it pulses between its own severe limits of volume and density.
Anything composed of matter.