Post by Pincho Paxton on Dec 11, 2014 23:31:16 GMT
Link...
Scientists measure speedy electrons in silicon
Pincho says...
The electron is a hole with gravity flowing into it. The photon is a hole with gravity flowing around it at various radius from the quantum point. Red light flows around the outer circumference of the quantum hole, and blue light is forced towards the centre of the quantum hole, and changes direction. The blue light changes direction because gravity has to be trapped to force the red towards the centre of the quantum hole. Green has to trap both the red, and blue spin states into a destructive state. So that is how photons effect conductivity in a material, by using the electron as a hole to accept a spin state combination made from gravity physics.
Scientists measure speedy electrons in silicon
Pincho says...
The electron is a hole with gravity flowing into it. The photon is a hole with gravity flowing around it at various radius from the quantum point. Red light flows around the outer circumference of the quantum hole, and blue light is forced towards the centre of the quantum hole, and changes direction. The blue light changes direction because gravity has to be trapped to force the red towards the centre of the quantum hole. Green has to trap both the red, and blue spin states into a destructive state. So that is how photons effect conductivity in a material, by using the electron as a hole to accept a spin state combination made from gravity physics.