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Physics, Astronomy & Cosmology / Re: How might the double slit experiment be better interrogated?
« on: 12/10/2016 15:05:53 »
Update:
There is a concept of matter and space that I'm currently analizing. If parts of this are correct it implies a certain photon behaviour.
Photons are generated by electrons lowering their energy level. But, from my model it results that electrons always generate 2 twin photons, and the trajectory is determined by restrictions. If you have a laser both twins go the same direction.
To detect a photons, detectors use photoelectric effect. But If the energy emmited by an electron is the energy of 2 photons of the same wavelength, it means to produce one photoelectron you also need 2 photons at the same time (or more, but it is highly improbable).
When one photon goes through one slit and the other twin through the other slit, these photon can't be detected. But after they go through the slits they can interfere and cancel each others energy, or to add up.
The only problem I see here is that the photons should be all in the same phase, otherwise the interference gets random and will apear as continuous band, not stripes. However photon pairs that don't are not in phase arrive at different times and the electron looses it's energy until the other twin arrives. So they must arrive at almost the same time.
There is a concept of matter and space that I'm currently analizing. If parts of this are correct it implies a certain photon behaviour.
Photons are generated by electrons lowering their energy level. But, from my model it results that electrons always generate 2 twin photons, and the trajectory is determined by restrictions. If you have a laser both twins go the same direction.
To detect a photons, detectors use photoelectric effect. But If the energy emmited by an electron is the energy of 2 photons of the same wavelength, it means to produce one photoelectron you also need 2 photons at the same time (or more, but it is highly improbable).
When one photon goes through one slit and the other twin through the other slit, these photon can't be detected. But after they go through the slits they can interfere and cancel each others energy, or to add up.
The only problem I see here is that the photons should be all in the same phase, otherwise the interference gets random and will apear as continuous band, not stripes. However photon pairs that don't are not in phase arrive at different times and the electron looses it's energy until the other twin arrives. So they must arrive at almost the same time.