- #36
timeformation
- 13
- 0
ok ok, hold up a second...
"light" which in itself is interesting by wording because it is infact light ( not heavy)
continued... When "photons" are absorbed, there is a delay, before light is given off from the particle which absorbed it. If photons do not bounce off, then explain how a charged particle does not accept incoming photons? test, take a laser, shoot it at a particle, particle = charged, then what happens to the other light coming at the particle? there is a delay between conduction band fall to valence band, and there are cases of other orbits achieveable by electrons, so that they can accept more energy than usual, however...
ok ok... so can photons bounce off, wonders...
now then... what process can take some light, then convert it to a form which "matter" feeds from.. yes it feeds, caue why is the light absorbed in the first place.. but enough of that... there will be no recoil action of an electron if it gives off light, since light is "light", so no momentum echange force to be balanced.
ever think that maybe, the lgiht is stationary, the particles are all moving frames of references, since they have temperature, and the momentum we perceive is just, the distortion of that motionless medium. ( well not motionless, but keep things simple for now) Forces are distuebances in the light medium, and why we do not see light giviong a recoil action when it is emitted is because, in fact it is just our matter moving, but since matter is our frame of reference we detect no movement, only light moving away at its light speed.
Does temperature of particle, affect the wave of light being emiited, either longitudianlly or transverse, ( sorry bout spelling) because if it does change with temperature, then it will definitely show how the oscillations of matter caused by temperature occur so rapidly, that it explains why there is an osscilation of light, and not just a staright line, as would be logical.
OSCILLATIONS ARE CAUSED BY MOVING POINT SOURCES.
which we all know is true.
more on this later...
"light" which in itself is interesting by wording because it is infact light ( not heavy)
continued... When "photons" are absorbed, there is a delay, before light is given off from the particle which absorbed it. If photons do not bounce off, then explain how a charged particle does not accept incoming photons? test, take a laser, shoot it at a particle, particle = charged, then what happens to the other light coming at the particle? there is a delay between conduction band fall to valence band, and there are cases of other orbits achieveable by electrons, so that they can accept more energy than usual, however...
ok ok... so can photons bounce off, wonders...
now then... what process can take some light, then convert it to a form which "matter" feeds from.. yes it feeds, caue why is the light absorbed in the first place.. but enough of that... there will be no recoil action of an electron if it gives off light, since light is "light", so no momentum echange force to be balanced.
ever think that maybe, the lgiht is stationary, the particles are all moving frames of references, since they have temperature, and the momentum we perceive is just, the distortion of that motionless medium. ( well not motionless, but keep things simple for now) Forces are distuebances in the light medium, and why we do not see light giviong a recoil action when it is emitted is because, in fact it is just our matter moving, but since matter is our frame of reference we detect no movement, only light moving away at its light speed.
Does temperature of particle, affect the wave of light being emiited, either longitudianlly or transverse, ( sorry bout spelling) because if it does change with temperature, then it will definitely show how the oscillations of matter caused by temperature occur so rapidly, that it explains why there is an osscilation of light, and not just a staright line, as would be logical.
OSCILLATIONS ARE CAUSED BY MOVING POINT SOURCES.
which we all know is true.
more on this later...