Roman Jackiw
Roman Wladimir Jackiw (/roʊˈmæn dʒæˈkiːv/; born 1939)[1] is a theoretical physicist and Dirac Medallist. Born in Lubliniec, Poland to a Ukrainian family, the family later moved to Austria and Germany before settling in New York City when Jackiw was about 10.[2]
He earned his undergraduate degree from Swarthmore College and his PhD from Cornell University in 1966 under Hans Bethe and Kenneth Wilson. He was a professor at the MIT Center for Theoretical Physics from 1969 until his retirement. He still retains his affiliation in emeritus status in 2013.[3]
Jackiw is famous for the discovery of the so-called axial anomaly, also known as Adler–Bell–Jackiw anomaly, also known as the chiral anomaly. In 1969, Roman Jackiw and John Stewart Bell published their explanation, which was later expanded and clarified by Stephen L. Adler, of the (observed) decay of a neutral pion into two photons. This decay is forbidden by a symmetry of classical electrodynamics, but Bell and Jackiw showed that this symmetry cannot be preserved at the quantum level.
Their introduction of an "anomalous" term from quantum field theory required that the sum of the charges of the elementary fermions had to be zero. This work also gave important support to the color-theory of quarks. Jackiw is also known for Jackiw–Teitelboim gravity also called the "R—T model".
His son Stefan Jackiw is an American violinist.
Awards
- Heineman Prize, 1995
References
External links
- MIT web page for Roman Jackiw
- Dirac Medal website's description of Jackiw's 1998 prize
- Biography of John Bell, including description of his 1969 work with Jackiw
- Roman Jackiw at the Mathematics Genealogy Project