Awards & Winners

Markus Fierz

Date of Birth 20-June-1912
Place of Birth Basel
(Basel-Stadt, Switzerland)
Nationality Switzerland
Profession Physicist
Markus Eduard Fierz was a Swiss physicist, particularly remembered for his formulation of Spin-statistics theorem, and for his contributions to the development of quantum theory, particle physics, and statistical mechanics. He was awarded the Max Planck Medal in 1979 and the Albert Einstein Medal in 1989 for all his work. Fierz's father was a chemist with Geigy and later a professor at Eidgenössische Technische Hochschule Zürich. Fierz studied at the Realgymnasium in Zurich. In 1931 he began his studies in Göttingen, where he listened to the lectures of such luminaries as Hermann Weyl. In 1933 he returned to Zurich and studied physics at ETH under Wolfgang Pauli and Gregor Wentzel. In 1936 he earned a doctoral degree with his thesis on the infrared catastrophe in quantum electrodynamics. Afterward he went to Werner Heisenberg in Leipzig and in 1936 became an assistant to Wolfgang Pauli in Zurich. For his habilitation degree in 1939 he treated in his thesis relativistic fields with arbitrary spins and proved the Spin-statistics theorem for free fields. For quantum electrodynamics the work was extended. The work on relativistic fields with arbitrary spins was later important in supergravity. In 1940 he became Privatdozent in Basel and 1943 assistant professor. From 1944 to 1959 he was a professor for theoretical physics in Basel. In 1950 he was at the Institute for Advanced Study in Princeton, where he met Res Jost. In 1959 he led the theoretical physics department at CERN in Geneva for one year and in 1960 he became the successor of his teacher Pauli at ETH. In 1977 he retired there as an emeritus professor. Fierz also worked on gravitational theory but published only one paper on the subject.

Awards by Markus Fierz

Check all the awards nominated and won by Markus Fierz.

1989


Albert Einstein Medal
(For his formulation of Spin-statistics theorem, and for his contributions to the development of quantum theory, particle physics, and statistical mechanics.)