Post by Pincho Paxton on Apr 9, 2016 12:31:58 GMT
Scientists talk about the superposition of waves, so white light is a superposition of a rainbow in wave physics, but if the aether is quantized as a quantum froth then other physics might be required to pack a rainbow into white light.
There are some clues...
1/ The colours all travel at the same speed.
2/ The Earth has pretty equal gravity all around it.
3/ Heat exhibits colours.
4/ Water propagates light, and bends it.
5/ A prism, and evaporation split white light into a rainbow.
For light to propagate in a quantized field requires point to point propagation, and that also suggests quantum tunnels with length, and that length suggests speed. A hole is required to rotate light so that you can see it, and the most likely suspect for rotating physics is the electron. The hole requires a radius, and the radius, and the length must create physics that all equal the same speed. So a small blue quantum dot requires a formula that matches a larger red quantum dot in terms of propagation speed. Once you work out a formula where all colours have the same speed, and can visually draw those physics on screen you can then attempt to fold them into a white quantum dot...
...and that's the hard part if you don't use superposition. You can do it mathematically, but you also need to be able to draw it. You also need to be able to draw the physics for a prism.
Pincho Paxton
There are some clues...
1/ The colours all travel at the same speed.
2/ The Earth has pretty equal gravity all around it.
3/ Heat exhibits colours.
4/ Water propagates light, and bends it.
5/ A prism, and evaporation split white light into a rainbow.
For light to propagate in a quantized field requires point to point propagation, and that also suggests quantum tunnels with length, and that length suggests speed. A hole is required to rotate light so that you can see it, and the most likely suspect for rotating physics is the electron. The hole requires a radius, and the radius, and the length must create physics that all equal the same speed. So a small blue quantum dot requires a formula that matches a larger red quantum dot in terms of propagation speed. Once you work out a formula where all colours have the same speed, and can visually draw those physics on screen you can then attempt to fold them into a white quantum dot...
...and that's the hard part if you don't use superposition. You can do it mathematically, but you also need to be able to draw it. You also need to be able to draw the physics for a prism.
Pincho Paxton