Post by Pincho Paxton on Mar 9, 2024 13:51:59 GMT
How Does Anything Move Faster Then The Speed Of Light?
Link...
Speed...
Speed And Distance Crossed In a Quanta
Speed is based on a distance actually between two hole with spin, and entropy keeps the holes a set distance apart like a temperature exchange. The spin is a delay before physics move into the next hole along. The distance with a spin delay is C. But entanglement moves the holes further apart, plus eliminates the spin between each hole and now you can move faster than C.
So the spins are toroidal, and 2D X/Y axis. Moving from hole to hole is the Z axis which is a tunnel. So two toroidal spins rotate so that the holes face each other, and you have a tunnel without a spin delay in the middle. Entanglement rotates the toroidal spins, and stretches the tunnel over very large distance with no spin delays.
That's how things can move faster than C. The tunnel creates locality so the entangled particles are local to one another.
Pincho Paxton
Link...
Speed...
Speed And Distance Crossed In a Quanta
Speed is based on a distance actually between two hole with spin, and entropy keeps the holes a set distance apart like a temperature exchange. The spin is a delay before physics move into the next hole along. The distance with a spin delay is C. But entanglement moves the holes further apart, plus eliminates the spin between each hole and now you can move faster than C.
So the spins are toroidal, and 2D X/Y axis. Moving from hole to hole is the Z axis which is a tunnel. So two toroidal spins rotate so that the holes face each other, and you have a tunnel without a spin delay in the middle. Entanglement rotates the toroidal spins, and stretches the tunnel over very large distance with no spin delays.
That's how things can move faster than C. The tunnel creates locality so the entangled particles are local to one another.
Pincho Paxton