Squeezed States, Uncertainty Relations and the Pauli Principle in Composite and Cosmological Models

Details Squeezed States, Uncertainty Relations and the Pauli Principle in Composite and Cosmological Models Squeezed States, Uncertainty Relations and the Pauli Principle in Composite and Cosmological Models

Jan 1996

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1996stin...9627141t&link_type=abstract

Fourth International Conference on Squeezed States and Uncertainty Relations, p. 179-192

Physics

Nuclear Physics

Pauli Exclusion Principle, Nuclear Physics, Quarks, Squeezed States (Quantum Theory), Astronomical Models, Astrophysics, Quark Models, Leptons, Hadrons, Gluons, Cosmology

Scientific paper

The importance of not only uncertainty relations but also the Pauli exclusion principle is emphasized in discussing various 'squeezed states' existing in the universe. The contents of this paper include: (1) Introduction; (2) Nuclear Physics in the Quark-Shell Model; (3) Hadron Physics in the Standard Quark-Gluon Model; (4) Quark-Lepton-Gauge-Boson Physics in Composite Models; (5) Astrophysics and Space-Time Physics in Cosmological Models; and (6) Conclusion. Also, not only the possible breakdown of (or deviation from) uncertainty relations but also the superficial violation of the Pauli principle at short distances (or high energies) in composite (and string) models is discussed in some detail.

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