Production cross section of Lee-Wick hypothetical massive electromagnetic bosons by muons at high energies
Production cross section of Lee-Wick hypothetical massive electromagnetic bosons by muons at high energy, giving Feynman diagrams
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Production cross section of Lee-Wick hypothetical massive electromagnetic bosons by muons at high energy, giving Feynman diagrams
Cosmic matter-antimatter asymmetry due to the gravitational interaction alone is discussed, considering the gravitational coupling of fermion matter related to the Yang-Mills (1954) gauge symmetry with the unique generalization of the four-dimensional Poincare group. Attention is given to the case of weak static fields which determines the space-time metric where only large source terms are retained. In addition, considering lowest-order Feynman diagrams, there are presented gravitational potential energies between fermions, between antifermions, and between a fermion and an antifermion. It is concluded that the gravitational force between matter is different from that between antimatter; implications from this concerning the evolution of the universe are discussed.
The effects of electromagnetic-production processes due to two-photon exchange in nucleus-nucleus collisions are discussed. Feynman diagrams for two-photon exchange are evaluated using quantum electrodynamics. The total cross section and stopping power for projectile and target nuclei of identical charge are found to be significant for heavy nuclei above a few GeV per nucleon-incident energy.
Electromagnetic form factors of electron and muon neutrinos evaluated, using intermediate vector- boson theory, noting renormalization induced by electromagnetic interactions
Gauge transformations of third kind and operator gauge transformations of first and second kinds, relating electron and photon propagators to quantum electrodynamical vertex function
Feynman space-time path formulation of nonrelativistic quantum mechanics applied to classical diffusion problem
Integrated and integral Hellmann-Feyman formulas for isoelectronic molecular process energy difference