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zincshow
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I think its true that you cannot use a bubble chamber to identify the pair production of a neutron-antineutron pair, but how (maybe if) is that studied? Is that reaction common in a proton collider?
Neutron-antineutron pair production is the process by which a neutron and an antineutron are created simultaneously, usually in high-energy collisions between particles.
A neutron-antineutron pair can be produced through the interaction of high-energy particles such as photons or other hadrons. This process is known as pair production.
Neutron-antineutron pair production is important in understanding the fundamental forces and particles of the universe. It also plays a role in nuclear reactions and the creation of new particles in high-energy collisions.
No, neutron-antineutron pairs are unstable and quickly decay into other particles. They can only be observed in high-energy particle accelerators or in cosmic rays.
Neutron-antineutron pair production involves the creation of a neutron and an antineutron, which have opposite charges and spin. Neutron-proton pair production, on the other hand, creates a neutron and a proton, which have similar charges and spin.