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Weak and Electromagnetic Interactions in Nuclei: Proceedings by P. W. M. Glaudemans (auth.), Professor Dr. Hans Volker

By P. W. M. Glaudemans (auth.), Professor Dr. Hans Volker Klapdor (eds.)

Nuclear physics is almost immediately experiencing a thrust in the direction of basic phy­ sics questions. Low-energy experiments assist in checking out past modern day stan­ dard types of particle physics. the hunt for finite neutrino plenty and neutrino oscillations, for proton decay, infrequent and forbidden muon and pion de­ cays, for an electrical dipole second of the neutron denote a number of the efforts to check modern day theories of grand unification (GUTs, SUSYs, Superstrings, ... ) complementary to the hunt for brand new debris and symmetries in high-energy experiments. The shut connections among the legislation of microphysics, astrophysics and cosmology open extra views. This matters, to say a few of them, homes of unique nuclei and nuclear subject, and famous person evolution; the neutrino and the darkish subject within the universe; relatives among grand unification and evolution of the early universe. The overseas Symposium on vulnerable and Electromagnetic Interactions in Nuclei (W.E.LN. 1986)' held in Heidelberg 1-5 July 1986, together with the 600th anniversary of the college of Heidelberg, introduced jointly specialists within the fields of nuclear and particle physics, astrophysics and cosmol­ ogy.

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Weak and Electromagnetic Interactions in Nuclei: Proceedings of the International Symposium, Heidelberg, July 1–5, 1986

Nuclear physics is almost immediately experiencing a thrust in the direction of basic phy­ sics questions. Low-energy experiments assist in trying out past modern stan­ dard versions of particle physics. the quest for finite neutrino lots and neutrino oscillations, for proton decay, infrequent and forbidden muon and pion de­ cays, for an electrical dipole second of the neutron denote the various efforts to check trendy theories of grand unification (GUTs, SUSYs, Superstrings, .

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The conventional view is that isoscalar magnetic moments are easily reproduced to high accuracy in shell-model calculations. This conclusion ignores the fact that the experimental and calculated numbers are dominated by the expectation value of J, which, of course, any calculation not technically incorrect must yield exactly. The nontrivial residues of isoscalar magnetic moment matrix elements are reproduced at about the same level of accuracy with our wave functions as are the isovector matrix elements.

1 Nuclei at Low Excitation Nuclear Moments: A Test of the Shell Model? P. M. O. 000, NL-3508 TA Utrecht, The Netherlands It is well-known that even the extreme single-particle model (Schmidt values) can quite well reproduce the observed magnetic dipole moments of several nuclei. Recent extensive investigations on the structure of p-shell nuclei in terms of large-scale shell-model calculations show, however, that certain calculated magnetic-dipole and electric-quadrupole moments are very sensitive to the choice made for the effective nucleon-nucleon interaction.

M. C. Etchegoyen, A. Etchegoyen, B. H. wildenthal and B. A. Brown: unpublished 19. L. K. : Nucl. Phys. A437, 141 (1985) 20. L. K. : Nucl. Phys. A441, 531 (1985) 21. D. : Nucl. Phys. A426, 37 (1984) 22. P. : contribution to this Symposium 23. A. C. Mueller: Contribution to this symposium 24. J. P. Dufour: Contribution to this Symposium 25. B. H. Wildenthal, M. S. curtin and B. A. Brown: Phys. Rev. C28, 1343 (1983) 26. L. W. Fagg: Rev. Mod. Phys. 47, 683 (1975) 27. R. W. Schneider et al: Nucl. Phys.

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