Peter Lichard

Implication of the running mass of the ρ 0 meson for the dilepton mass spectrum and the μ + μ − / e + e − ratio in K + → π + l + l − decays

We make an attempt to resolve the discrepancy of the observed

About one long-range contribution to K + → π + l + l − decays

{e}^{+}{e}^{ensuremath{-}}

Running mass of the rho0 meson's implication for the dilepton mass spectrum and the mu+ mu- / e+ e- branching ratio in the K+ ---> pi+ lepton+ lepton- decays

mass spectrum in the

Relations between the K_{l3} and tau --> K pi nu_tau decays

{K}^{+}ensuremath{rightarrow}{ensuremath{pi}}^{+}{e}^{+}{e}^{ensuremath{-}}

Are the production and decay of a resonance always independent

decay with that predicted by meson dominance. To this end we investigate the properties of the

Common explanation of the behavior of some e+e- annihilation processes around sqrt(s) = 1.9 GeV

{ensuremath{rho}}^{0}

Resonance a_1(1420) and the Three-Pion Decays of the Tauon

propagator. We use dispersion relations to evaluate the running mass

Meson dominance implications for the bottomness preserving decays of the B_c^+ meson

{m}_{ensuremath{rho}}^{2}(t)

Can the beta decay of neutral kaons be observed

of the

About one long-range contribution to K{sup +}{sup +}l{sup +}l⁻ decays

{ensuremath{rho}}^{0}