T− particles spin and generate a g field. This field interacts with a passing T− particles or passing p+ particles both of which have a spinning tg component. When these particles are in motion they generate a g field around their line of travel; just as a current produces a B field.
So, photons that provide the sensation of colors are either, Pp+ or PT−, both travels through the material in the presence of the g fields produced by T− orbits, just like electron conduction through a conductor aided by the B field from the electron orbits.
Photons are not T− particles. Pp+ are photons created by slowing p+ wave in the time dimension from light speed to zero, and simultaneously accelerating it in space to light speed. PT− is produced in a similar manner with T− particles. Conceptually...
And we see that a crystal with g− orbits can conduct g− particles in an analogous way to electron orbits conducting electricity. And so it is possible to create a new form of "gravitronics" using crystal material. A gravity capacitor will be two parallel plates of crystal material, one deprived of g− and the other charged with g−. A gravity potential field develops across the two plates. A gravity inductor will be a coil of crystal material subjected to a gravity potential field. A gravity resonator will be a turned circuit of a gravity capacitor with a gravity inductor.
How do I know T− particles enable transparency? Personally, an exposed vertebra at the back of my neck.
Good Night.
