Mass Differences Between Mirror Nuclei in a Hybrid Quark - Nucleon Model

Greben, J.M.; Thomas, Anthony William

doi:10.1103/PhysRevC.30.1021

Mass Differences Between Mirror Nuclei in a Hybrid Quark - Nucleon Model

J.M. Greben
(
- Alberta U.
)
,
Anthony William Thomas
(
- CERN and
- Adelaide U.
)

May, 1984

33 pages

Published in:

Phys.Rev.C 30 (1984) 1021

DOI:

10.1103/PhysRevC.30.1021

Report number:

ALBERTA-THY-1-84,
TRI-PP-84-5

View in:

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Abstract: (APS)

A hybrid quark-nucleon model of nuclei is developed in which nucleons merge into multiquark bags at short distances. This model is applied to calculate mass differences between He3 and H3 and a number of other mirror nuclei. For light nuclei we obtain a reduction of the discrepancy between experiment and conventional theory. Probabilities for the formation of six-quark bags and nine-quark bags in these nuclei are evaluated, and the consequences of our results are discussed. In particular we comment on the compatibility of conventional and the hybrid quark-nucleon results.

NUCLEAR MODEL
QUARK: MULTIQUARK
NUCLEUS: MASS DIFFERENCE
MASS DIFFERENCE: NUCLEUS
MODEL: BAG
THREE-BODY PROBLEM
NUMERICAL CALCULATIONS
BIBLIOGRAPHY

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Figures(0)

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