Octet dominance in hyperon decays
Jatinder K Bajaj, Vaishali Kaushal, M. P. Khanna
Abstract
Jatinder K Bajaj, Vaishali Kaushal, M. P. Khanna
Abstract
Expanding the hyperon decay transition amplitudes in terms of the eigenamplitudes of the direct channel and assuming that only the eigenamplitudes corresponding to physical particle states can contribute to the transitions, we are led to the hypothesis of octet dominance. This assumption also yields a few extra relations for $s$- and $p$-wave amplitudes which compare favorably with experiments.
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Expanding the hyperon decay transition amplitudes in terms of the eigenamplitudes of the direct channel and assuming that only the eigenamplitudes corresponding to physical particle states can contribute to the transitions, we are led to the hypothesis of octet dominance. This assumption also yields a few extra relations for $s$- and $p$-wave amplitudes which compare favorably with experiments.
Key concepts: Octet, Hyperon, Physics, Amplitude, Particle physics, Dominance (genetics), Nuclear physics, Bootstrap model