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max_emerso
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If you have a proton and an anti-proton traveling in the same direction with momentum from A to B but during the flight time they become attracted due to their opposite charges and annilhilate, the momentum I would guess is transferred to the resulting unstable K particles mesons etc, which, as I understand it, further breakdown into Electro Magnetic Radiation (Gamma Rays?) and Neutrinos.
It seems to me from my limited research in positron/electron annihilation that each fundamental particle pair (electron/positron and quark/anti-quark) eventually decays into a Gamma Ray pair of equal strength and opposite direction (180 degrees) possibly at 90 degrees to the point of annihlation.
Can I assume that the original momentum of the proton and anti-proton would be dectable in the wavelengths of the resulting gamma rays? Or is the momentum transferred to the Neutrinos?
It seems to me from my limited research in positron/electron annihilation that each fundamental particle pair (electron/positron and quark/anti-quark) eventually decays into a Gamma Ray pair of equal strength and opposite direction (180 degrees) possibly at 90 degrees to the point of annihlation.
Can I assume that the original momentum of the proton and anti-proton would be dectable in the wavelengths of the resulting gamma rays? Or is the momentum transferred to the Neutrinos?
