Reading a recent book on Quantum Mechanics- ‘What is Real’
precipitated an idea concerning the wave-particle duality that I Have thought
about recently. The Copenhagen interpretation of Quantum Mechanics suggests
that Q.M. describes simply sampled elements of particle-waves without saying
anything about a ‘real world’ quantum realm or ocean underlying the physical
world of the Universe that I will refer to forthwith as the entangled world.
The entangled world comprising the physical, observable
Universe is that in which quantum particles have become entangled with other
particles and formed steady state clumps. The clumps are called energy and
matter. The Universe and the perceived empty spaces or voids sentient human
beings experience observably, objectively is also one of which they are part.
One wonders what field or force enables the entire steady state of material, energy
clumpiness.
Einstein and Bohm disputed the simplistic view of the Copenhagen
interpretation. Einstein believed there should be some underlying force or
field that allows quantum particles to exist and enter into material
entanglement. What that quantum substructure could be like is interesting to
consider. It could account for gravity, dark energy and dark matter.
https://www.space.com/quantum-entanglement-photo.html
https://www.space.com/quantum-entanglement-photo.html
The wave function postulates the probability of a particle
at every possible location in the Universe. Its probability will of course be
greatest at the point where it is observed. If the field is Parmenidean monism
in character, particles that arise from it to become part of the entangled
Universe are likely not of a unique character; they are simple elements of
force structure of entanglement at a given location that is charged by the
entire field. There are no individual particles in the unentangled field; the
force entangled becomes particles or waves, as the case may be, when they
become entangled. Scientific experimenters are themselves part of the entangled
field.
Gravity seems to lend support to the inference that
entangled clumps are attracted to other entangled clumps; that phenomenon is
observed in the Universe and called gravity. Quantum entangled clumps in the
Unentangled field draw in other entangled clumps in a way that could be
described with Einstein general relativity illustration of warping space like
weights on a rubber sheet. The mechanics of how entangled clumps draw together
within the meta-Unentangled field is a question I need leave to the experts. The unentangled field characteristics might be
able to account for dark energy and matter too I suppose, depending upon the
geometry and dimensionality of the unentangled quantum field, or better, unentangled
monistic field.
Whenever researchers consider new particle-waves or force carriers of the entangled Universe they need determine and observe the presence of quantum wave particles in the entangled state. That realm may not be able to explain why entangled clumps afloat in unentangled monism draw together, for the unentangled monism may not be directly measurable or quantifiable from the contingent, entangled Universe or Universes.
Whenever researchers consider new particle-waves or force carriers of the entangled Universe they need determine and observe the presence of quantum wave particles in the entangled state. That realm may not be able to explain why entangled clumps afloat in unentangled monism draw together, for the unentangled monism may not be directly measurable or quantifiable from the contingent, entangled Universe or Universes.
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