meson

CP violation in ordinary B mesons seems to conform to physicists' standard theory.

Finally, we discuss the mixing and decays of multi-resonances via studying the properties of the pseudoscalar and scalar mesons.

The construction of a facility for measuring mesons is strongly suggested.

For the sake of brevity we shall discuss only one super - multiplet of mesons .

The mesons carry two versions of the strong nuclear force, which keeps the nucleus from flying apart.

Bosons include mesons, nuclei of even mass number, and the particles required to embody the fields of quantum field theory.

At the hadronic level, nucleons and mesons are constituents of nuclei and hadronic matter.

We have investigated the yield and the spectrum of the K~- mesons in the heavy-ion collisions with the relativistic RBUU approach.

For heavy- mesons , the model also gives results consisted with experiments.

Mesons are sensitive to the strong force, have integral spin, and vary widely in mass.

particles , such as pi - mesons , requiring symmetric wave functions are called bosons.

Heavy Mesons in the QCD Potential Model with.

(3) A very small SU(3) violation term is sufficient to explain the observed SU(3) mass breaking of mesons .

In Chapter 5, we study light scalar mesons.

Contributions of Negative Energy Projectors and Wavefunctions of Light Pseudoscalar Mesons

Scaling distributions of quarks, mesons, and proton for all pT, energy, and centrality