Is there a connection between the quantum field and the spacetime fabric in the temporal dimension?
Are unobserved matter waves, virtual mass in 4D without time (don't age/decay)? When it is given time it becomes physical in 3D and the 4D is used for time?
A physical state turns a wave physical before it starts moving. It isn't a wave anymore at that point but can still be influenced by the quantum field.
4D virtual mass is unobservable. A physical state from spacetime is transforming the 4D to 3D + time.
Dark matter is unobservable, but doesn't have the ability to be given a physical state. It remains virtual.
Does observation/spacetime swap quantum waves by giving it a physical state and a timeline? The wave function can propagate, but the wave doesn't age until given a physical state.
I may have figured out Dark Matter and a Unified Theory
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Topic authorpittsburghjoe
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"Observation" is saying the same thing as "spacetime got involved"
Decoherence doesn't require a human knowing about it. Spacetime represents our reality and converts virtual quantum information to physical/real objects.
The temporal dimension is where the fabric of spacetime originates, anything there is 4D by default. It isn't spatial but mass can live there as quantum waves ..virtual.
Decoherence doesn't require a human knowing about it. Spacetime represents our reality and converts virtual quantum information to physical/real objects.
The temporal dimension is where the fabric of spacetime originates, anything there is 4D by default. It isn't spatial but mass can live there as quantum waves ..virtual.
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Topic authorpittsburghjoe
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Observation/Measurement is dead. Spacetime determines if a quantum wave should be physical for our reality. Spacetime governs our reality, by handing out physical states. Time dilation demonstrates spacetime scaling reality.
The flight/path of a particle/wave is known before starting. If an spacetime object (detector) causes the particle to decohere but continue moving to a final panel, the particle/wave is given a physical state from the start. If the particle/wave is to pass two detectors before the final panel, the particle/wave starts as a wave ..the physical state is taken from it.
The flight/path of a particle/wave is known before starting. If an spacetime object (detector) causes the particle to decohere but continue moving to a final panel, the particle/wave is given a physical state from the start. If the particle/wave is to pass two detectors before the final panel, the particle/wave starts as a wave ..the physical state is taken from it.
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Sirius_Alpha
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