Theoretical aspects of electroweak and other interactions in medium energy nuclear physics

doi:10.2172/6003673

Abstract

In the project under review, progress has been made on the problem of dynamic symmetries exhibited by mesons as color strings. A novel property of the vibrational states of heavy mesons, that of an approximate saturation of a particular spectroscopic interval, has been found as a fingerprint'' for linear quark confinement potentials. Progress has been continued in the study of electroweak excitation of the baryon resonances, including the use of Compton scattering.

Theoretical aspects of electroweak and other interactions in medium energy nuclear physics. Interim project report, January 17, 1984

Mukhopadhyay, N.C. January 1984

Progress is reported on the search for new particles in the nuclear and atomic processes and the theory of electroweak interactions in nuclei and exotic atoms. New particles under consideration are axions and scalons. (WHK)
Theoretical aspects of electroweak and other interactions in medium energy nuclear physics

Mukhopadhyay, N.C. January 1989

In the project year 1989--1990, progress has been made towards the theoretical modeling of the photoproduction of eta mesons off nucleons and in complex nuclei. Exploration of hadron models has produced interesting perspectives on the violation of gauge invariance due to truncation of the quark model space. New projects in perturbative quantum chromodynamics and spectrum generating algebras for hadrons have been started.
Theoretical aspects of electroweak and other interactions in medium-energy nuclear physics: Final progress report

Mukhopadhyay, N.C. September 1987

The contracted project deals with the theory of photo- and electroproduction of mesons from nucleons and nuclei, electromagnetic structure of baryons and search for axions in nuclear and particle physics. The principal investigator has been a member of the CEBAF steering committee on the research on excited baryons.
Theoretical aspects of electroweak and other interactions in medium-energy nuclear physics. Annual report, 1984

Mukhopadhyay, N.C. November 1984

The project under review had three distinct parts: (a) searches for new particles in nuclear physics, (b) theory of nuclear electroweak processes, and (c) atomic physics involving hyperfine interaction of muons with polarized and oriented nuclei. Maximum effort at RPI contered around item (b), while the collaborations with theorists outside RPI focussed on items (a) and (c) with come emphasis on (b). The progress made during the grant period in all these areas is discussed.
Theoretical aspects of electroweak and other interactions in medium energy nuclear physics. Progress report

Mukhopadhyay, N.C. December 1991

In the project under review, progress has been made on the problem of dynamic symmetries exhibited by mesons as color strings. A novel property of the vibrational states of heavy mesons, that of an approximate saturation of a particular spectroscopic interval, has been found as a ``fingerprint`` for linear quark confinement potentials. Progress has been continued in the study of electroweak excitation of the baryon resonances, including the use of Compton scattering.
DOI: 10.2172/10108349

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Title: Theoretical aspects of electroweak and other interactions in medium energy nuclear physics

Abstract

Citation Formats

Theoretical aspects of electroweak and other interactions in medium energy nuclear physics. Interim project report, January 17, 1984

Theoretical aspects of electroweak and other interactions in medium energy nuclear physics

Theoretical aspects of electroweak and other interactions in medium-energy nuclear physics: Final progress report

Theoretical aspects of electroweak and other interactions in medium-energy nuclear physics. Annual report, 1984

Theoretical aspects of electroweak and other interactions in medium energy nuclear physics. Progress report