Quantum Mechanics, General Relativity &Quantum ...
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Quantum Mechanics, General Relativity &Quantum ...
Particles, measured in units of time similar to mass in our real world, & travelling through the quantum world in time as a quantum wave, curved or otherwise, ...
Quantum Mechanics, General Relativity &Quantum Gravity Time is universal and absolute in quantum mechanics. Einstein’s theory of general relativity states that time isn’t absolute and changes in value with motion or the observational position in the real world. Particles, measured in units of time similar to mass in our real world, & travelling through the quantum world in time as a quantum wave, curved or otherwise, have an element of quantum gravity. This would mean we have bi –gravity, one from our real world which is curved space - time & one from the quantum world which is based on an infinite quantum time wave curved, angled or straight. That way time is universal and absolute in quantum mechanics since each particle would have its’ own time mass value in the quantum world since location in the quantum world is a location in space similar to clock time in our real word and not a travelled through space as it is in our world.
