A research program in theoretical high energy physics

Physics – Condensed Matter – Statistical Mechanics

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Cosmology, Galactic Evolution, High Energy Interactions, Quantum Mechanics, String Theory, Bremsstrahlung, Differential Equations, Electrons, Muons, Phase Transformations, Statistical Mechanics, Theoretical Physics

Scientific paper

Research this past year was carried out in the fields of cosmic strings and galaxy formation, inflationary models of the universe, topological defects and phase transitions, group contractions and chiral fermions, low frequency approximations in (QCD), loop bremsstrahlung of e(+)e(-) and mu(+)mu(-)) pairs in heavy ion collisions, approximations to solutions of non-linear differential equations, the use of continued functions as solution to vortex problems, string theory and large-N matrix models, topological expansions in QCD, 1-D string theory and its infrared divergences, strings in less than one dimension, hadron-hadron interactions and the possible existence of the odderon, electroweak interactions and possible new physics in the TeV range, axions, quark flavor mixings and neutrino oscillations, large-N matrix models and their relation to string theories and 2-D quantized gravity, and the statistical mechanics of strings at high temperatures.

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