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Positralino
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Why do Majorana particles occur?
For example, why is the antiparticle of photon itself?
For example, why is the antiparticle of photon itself?
A Majorana particle is a hypothesized type of fermion that is its own antiparticle. There are no Majorana particles known.
Bill_K said:My understanding is that none of the known neutrinos can be Majorana. Only an as yet undiscovered sterile neutrino might have a Majorana mass, since all of its quantum numbers are zero. Isn't that right?
Bill_K said:My understanding is that none of the known neutrinos can be Majorana. Only an as yet undiscovered sterile neutrino might have a Majorana mass, since all of its quantum numbers are zero. Isn't that right?
Majorana particles are hypothetical particles that are their own antiparticles. This means that they have the same properties as their antiparticles, making them their own charge conjugate.
Scientists study Majorana particles because they are predicted by some theories, such as the Standard Model of particle physics, and could potentially help us understand the fundamental building blocks of the universe.
Majorana particles are different from other particles because they are their own antiparticles, while other particles have distinct antiparticles with opposite charge and other properties. This unique property makes Majorana particles of particular interest to scientists.
Possible applications of Majorana particles include their use in quantum computing, as they have the potential to be more stable and less susceptible to errors than other particles. They could also have implications for understanding dark matter and other mysteries of the universe.
Majorana particles are difficult to detect and observe, as they are predicted to have very little interaction with other particles. Scientists are currently working on developing experimental techniques, such as using superconductors, to detect and study these elusive particles.