Brief reports are given on the work of several professors. The following areas are included: quantum chromodynamics calculations using numerical lattice gauge theory and a high-speed parallel computer; the ``spin wave`` description of bosonic particles moving on a lattice with same-site exclusion; a high-temperature expansion to 13th order for the O(4)-symmetric {phi}{sup 4} model on a four-dimensional F{sub 4} lattice; spin waves and lattice bosons; superconductivity of C{sub 60}; meson-meson interferometry in heavy-ion collisions; baryon number violation in the Standard Model in high-energy collisions; hard thermal loops in QCD; electromagnetic interactions of anyons; the relation between Bose-Einstein and BCS condensations; …
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Brief reports are given on the work of several professors. The following areas are included: quantum chromodynamics calculations using numerical lattice gauge theory and a high-speed parallel computer; the ``spin wave`` description of bosonic particles moving on a lattice with same-site exclusion; a high-temperature expansion to 13th order for the O(4)-symmetric {phi}{sup 4} model on a four-dimensional F{sub 4} lattice; spin waves and lattice bosons; superconductivity of C{sub 60}; meson-meson interferometry in heavy-ion collisions; baryon number violation in the Standard Model in high-energy collisions; hard thermal loops in QCD; electromagnetic interactions of anyons; the relation between Bose-Einstein and BCS condensations; Euclidean wormholes with topology S{sup 1} {times} S{sup 2} {times} R; vacuum decay and symmetry breaking by radiative corrections; inflationary solutions to the cosmological horizon and flatness problems; and magnetically charged black holes.
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Lee, T. D.Theoretical high energy physics. [Annual report], May 1, 1992--April 30, 1993,
report,
June 1, 1993;
New York City, New York.
(https://digital.library.unt.edu/ark:/67531/metadc1384516/:
accessed July 16, 2024),
University of North Texas Libraries, UNT Digital Library, https://digital.library.unt.edu;
crediting UNT Libraries Government Documents Department.