Flavor symmetry breaking, baryons magnetic moments, and low energy phenomenology of hadrons
A priori mixings of eigenstates in physical states are quantum mechanical effects well known in several realms of physics. The
6 results shown from 48 candidates · 859 indexed matches
A priori mixings of eigenstates in physical states are quantum mechanical effects well known in several realms of physics. The
The baryon-$qqq$ vertex function governed by the Markov-Yukawa Transversality Principle ($MYTP$), is formulated via the Covariant Null-Plane Ansatz ($CNPA$) as
Theoretical model for magnetic ordering in the heavy-fermion metal URu2Si2 is suggested. The 17.5K transition in this material is ascribed
We study the dynamics of protein folding via statistical energy-landscape theory. In particular, we concentrate on the local-connectivity case with
It is shown that the method of eliminating the statistical fluctuations from event-by-event analysis proposed recently by Fu and Liu
A preliminary measurement of the second moments of the hadron mass in B --> X l nu decays by the