In quantum electrodynamics, we have
a beautiful formula due to Richard Feynman.
But there is the puzzle of infinite
path integrals this is like saying that when you allow a particle to go from A
to B you actually allow it to go on all possible paths.
Then what you do is add up all the phases for
all of the paths and that gives you the amplitude to go from A to B and then
you square it, to get the probability.
You have the sum over all possible
space times that connect you to a given moment in time to the universe at a
later moment in time.
This theory explains this by
spherical 4πr² geometry based on Huygens’ Principle with every point on a wave
front having the potential for a new spherical wave.
The light sphere will radiate out
forming a potential infinite number of path integrals, or what I like to call
time lines.
This is based on the simple fact
that there are an infinite number of line symmetries within a sphere.
When the wave front comes into
contact with the electrons of an atom it will form a photon electron coupling or
dipole moment. This will form a new spherical wave that will radiate out
forming a probabilistic uncertain ∆×∆pᵪ≥h/4π future.
We measure this process of energy
exchange as a ‘period of time’ relative to the atoms of the periodic table.
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