Peter Minkowski

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Template:Infobox scientist Peter Minkowski (born 10 May 1941) is a Swiss theoretical physicist. He is primarily known for his proposal, with Harald Fritzsch, of SO(10) as the group of a grand unified theory and for his independent proposal, more-or-less simultaneously with a number of other theorists, of the seesaw mechanism for the generation of neutrino masses.[1][2][3]

Biography

Peter Minkowski, a life-long Swiss citizen, is the son of Mieczyslaw, a neurologist, and Irene Minkowski-Fux, a painter and architect. After his Abitur at Realgymnasium Zurich and his physics Diploma in 1963 from the Federal Institute of Technology in Zurich (ETHZ), he earned his Ph.D. in 1967 at ETHZ under Markus Fierz with thesis Versuch einer konsistenten Theorie eines Spin-2-Mesons (“Attempt at a Consistent Theory of a Spin 2 Meson”).

In 1967–1969 Minkowski was an assistant at the Institute for Theoretical Physics, University of Louvain in Belgium, in 1969–1971 research associate of the Swiss Institute for Nuclear Research (SIN then in Zurich, now renamed PSI), in 1971–1973 fellow then research associate at the Theory Division of CERN in Geneva, Switzerland, and in 1973–1976 research associate then senior research fellow at the Institute for Theoretical Physics, Caltech. In April 1976 he accepted an invitation from Heinrich Leutwyler to become a member of the Institute for Theoretical Physics of the University of Bern, Switzerland, where he held the following positions: from 1976 to 1977 guest professor, from 1977 to 31 March 1989 professor extraordinarius of physics, and from 1 April 1989 until 2006 as professor ordinarius; he retired as professor emeritus on 31 August 2006.

Minkowski has pursued research along three main avenues: spontaneous phenomena in strong interactions and resonance structure, quark and gluon pairing;[4][5][6] unification of gauge symmetries, extensions to include gravity, extensions to cosmology;[2][7][8] and electroweak interactions and their interplay with the strong interactions.[9][10][11] He has also worked on double beta decay;[12][13] this work originated in a Diploma thesis by W. Brems at the University of Louvain in 1969. In the 1990s Minkowski, along with P. Grieder, worked on the DUMAND Project.

In May 1967 he married Elisabeth Schatz from Zurich; they have three children.

References

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3. Universität Bern – Albert Einstein Center for Fundamental Physics
4. Properties of Hadron States Containing a Condensed Phase of Quark- Antiquark Excitations, Nucl. Phys, 57B (1973) 557
5. On the Anomalous Divergence of the Dilatation Current in Gauge Theories, Bern University preprint, unpublished
6. Template:Cite web
7. On the Spontaneous Origin of Newton's Constant, Phys. Letters 71B (1978) 419
8. On the Cosmological Equations in the Presence of a Spatially Homogeneous Torsion Field, Phys. Letters 173B (1986) 247 Letters, 85B (1979) 231
9. with H. Fritzsch, ψ - Resonances, Gluons and the Zweig Rule, Nuovo Cimento 30A (1975) 393
10. The Structure of SU(2)L × U(1) Weak Interactions Revisited, in Proceedings of the Int. School of Physics, Enrico Fermi, Course LXXXI, Theory of Fundamental Interactions, G. Costa and R. Gatto editors, 1982, p. 96
11. with C. Greub, Calculation of Lepton Spectra from W-Production at the ${\displaystyle Sp}$${\displaystyle {\overline {p}}}$${\displaystyle S}$ - Collider, in Proceedings of the First. Int. Symposium on the Fourth Family of Quarks and Leptons, 1987, D. B. Cline and A. Soni editors, Annals of the New York Acad. of Sciences, Vol. 518, 1987, p.50
12. with A. Halprin, H. Primakoff and S.P. Rosen, Double-Beta Decay and a Massive Majorana Neutrino, Phys, Ref. D13 (1976) 2567
13. with R.J. Crewther and J. Finjord, The Annihilation Process ${\displaystyle \nu }$${\displaystyle {\overline {\nu }}}$→ γ γ with Massive Neutrinos in Cosmology, Nucl. Phys. B207 (1982) 269