fluffy
Pony Influencer
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- Sep 21, 2024
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If you look at what a choice is in the quantum domain there is equal probability to go left or right so how is it a choice? Is it not random where the particle or system goes? No, in fact choices are deliberately made based on consequences. What a system wants to do is survive so it explores many non deterministic options. But within a finite probability space.
In fact a system is using retrocausality within a distinct boundary of time. The left option may work but then it leeds to bad outcome so it back tracks and goes right.
This can be demonstrated in what is known as a Monte Carlo simulation. Back tracking works by eliminating all the bad options and exploring the good ones at a certain depth according to ones existing memory.
Within a quantum setting consciousness feels good surviving and bad when falling apart, thus we can say those particles in a system are performing quantum operations of good and bad choices. All together they maintain the system they are in. This explains why people learn from their mistakes and may even go back in time a shot distance called deja vu
In fact a system is using retrocausality within a distinct boundary of time. The left option may work but then it leeds to bad outcome so it back tracks and goes right.
This can be demonstrated in what is known as a Monte Carlo simulation. Back tracking works by eliminating all the bad options and exploring the good ones at a certain depth according to ones existing memory.
Within a quantum setting consciousness feels good surviving and bad when falling apart, thus we can say those particles in a system are performing quantum operations of good and bad choices. All together they maintain the system they are in. This explains why people learn from their mistakes and may even go back in time a shot distance called deja vu