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- Title
Di- and multibaryon clusters in nuclei: A nontraditional view on the nature of nuclear forces and on the structure of nuclei.
- Authors
Kukulin, V.
- Abstract
Numerous experimental data that come from experiments performed over the past decades at various accelerators worldwide and which favor the existence in ordinary nuclei of multibaryon (di-, tri-, etc.) multiquark clusters, which are responsible for the majority of nuclear- and hadron-physics processes accompanied by a high momentumor energy transfer to the nucleus involved, are considered. In contrast to what is done within a great many phenomenological multiquark models, the multibaryon concept developed in the present study is constructed on the basis of the original model of nucleon-nucleon forces that includes a dibaryon component as an important and indispensable element of a basic theory. The di- and multibaryon concept of nuclear forces is used as a basis for taking a fresh look at many nuclear-physics phenomena that, traditionally, have never been associated with manifestations of quark-gluon degrees of freedom. Numerous implications of the existence of multibaryons in nuclei for describing basic nuclearphysics phenomena and processes are discussed.
- Subjects
BARYONS; CLUSTER theory (Nuclear physics); NUCLEAR forces (Physics); NUCLEAR structure; PHYSICS experiments; QUARKS; NUCLEAR research
- Publication
Physics of Atomic Nuclei, 2011, Vol 74, Issue 11, p1567
- ISSN
1063-7788
- Publication type
Article
- DOI
10.1134/S1063778811110123