Hyperon

When the violation of parity was discovered I began a series of electronic experiments to investigate parity violation in hyperon decays. ❋ Unknown (1981)

As large number of hyperons may be produced in dense matter, hyperon-hyperon interaction is important and included in this model. ❋ Unknown (2006)

We investigate the effect of exotic matter in particular, hyperon matter on neutron star properties such as equation of state (EoS), mass-radius relationship and bulk viscosity. ❋ Unknown (2006)

Hyperon-hyperon interaction makes the EoS softer resulting in a smaller maximum mass neutron star compared with the case without the interaction. ❋ Unknown (2006)

It was contaminated by a large flux of L0, and so was also a hyperon beam, permitting the first measurements of L0 cross-sections as well as the ❋ Unknown (1988)

Delta0 + gamma, which demonstrated the existence of the Sigma0 hyperon and gave a measure of its mass. ❋ Unknown (1988)

I moved to the larger machine where I continued to do some weak interaction experiments, like for instance the determination of the parity violation in the beta decay of the lambda hyperon. ❋ Unknown (1984)

During this period, with a series of excellent students, we further studied hyperon decays. ❋ Unknown (1981)

S° hyperon as well as differential cross-sections for the production of those particles by pions. ❋ Unknown (1964)

Other experiments yielded information on pion-proton scattering, parity violation in non-leptonic hyperon decay, and the branching ratios in positive K meson decay. ❋ Unknown (1964)

This move was rewarded almost immediately by the discovery by Butler and coworkers, within a few hours of starting work, of a new and still stranger strange particle, which was called the negative cascade hyperon. ❋ Unknown (1964)

In a hypertriton, one of the neutrons is replaced by a particle called a lambda hyperon, with one "up," one "down" and one "strange" quark. ❋ PhysOrg Team (2010)

In such a universe, atomic nuclei would be made of neutrons and a hyperon called the "sigma minus," which would replace protons. ❋ PhysOrg Team (2010)

(p) - meson and another unstable hyperon, also of more than protonic mass, which itself decayed into a proton and (p) - meson. ❋ Unknown (1964)