In 1971, Bodmer demonstrated that matter possessing this property could have a higher binding energy than iron-56.
In 1971, Bodmer demonstrated that matter possessing this property could have a higher binding energy than iron-56. In the baryon octet diagram, straight horizontal lines connect particles that have identical values for this property. The existence of this property was hypothesized due to the discovery of a particle which instead of a lifetime of 10 to the minus 23 seconds had a lifetime of 10 to the minus 10 seconds. This property is possessed by the lambda, xi, sigma, and omega baryons, which are known as hyperons, and together with the c, b, and t numbers as well as the baryon number, this quantity combines to form the hypercharge, which is not conserved in weak interactions. Related to the total charge by addition to the isospin in the Gell-Mann-Nishijima formula, for ten points, identify this quantity, a quark flavor possesed by k-mesons which with the charmness forms the second quark generation.
In 1971, Bodmer demonstrated that matter possessing this property could have a higher binding energy than iron-56.
{strangeness} [accept {strange quark} or {s quark}]