Robert Seiringer: Difference between revisions
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''' Robert Seiringer ''' (1 September, 1976, [[Vöcklabruck]] - ) is an [[Austria]]n mathematical physicist. [[File: Robert Seiringer.jpg|thumb|Robert Seiringer 2008]] |
''' Robert Seiringer ''' (1 September, 1976, [[Vöcklabruck]] - ) is an [[Austria]]n mathematical physicist. [[File: Robert Seiringer.jpg|thumb|Robert Seiringer 2008]] |
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==Life and work== |
==Life and work== |
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Seiringer studied physics at the [[University of Vienna]], where in 1999 he acquired his diploma and in 2000 with [[Jakob Yngvason]] as thesis advisor attained a doctorate. In 2005 he attained his habilitation qualification at the University of Vienna. With a Schrödinger scholarship, he went in 2001 to [[Princeton University]]. There he became in 2003 [[Assistant professor|assistant professor]]. Starting from 2010 he is an [[Associate professor|associate professor]] at [[McGill University]]. In addition he is [[Professor extraordinarius|extraordinarius professor]] at the University of Vienna. Seiringer made substantial progress in the mathematical theory of quantum gases and particularly [[Bose-Einstein condensate]] (BEC). He partly proved the existence of BEC for interacting boson gases in the Gross-Pitaevskii limit<ref>{{cite journal|title=Proof of Bose-Einstein Condensation for Dilute Trapped Gases|author1= |
Seiringer studied physics at the [[University of Vienna]], where in 1999 he acquired his diploma and in 2000 with [[Jakob Yngvason]] as thesis advisor attained a doctorate. In 2005 he attained his habilitation qualification at the University of Vienna. With a Schrödinger scholarship, he went in 2001 to [[Princeton University]]. There he became in 2003 [[Assistant professor|assistant professor]]. Starting from 2010 he is an [[Associate professor|associate professor]] at [[McGill University]]. In addition he is [[Professor extraordinarius|extraordinarius professor]] at the University of Vienna. Seiringer made substantial progress in the mathematical theory of quantum gases and particularly [[Bose-Einstein condensate]] (BEC). He partly proved the existence of BEC for interacting boson gases in the Gross-Pitaevskii limit<ref>{{cite journal|title=Proof of Bose-Einstein Condensation for Dilute Trapped Gases|author1=Lieb. E. H.|author2=Seiringer, R.|journal=Phys. Rev. Lett.|volume=88|page=170409-1-4|year=2002}}</ref> in collaboration with [[Elliott Lieb]]. They proved also [[Superfluidity|superfluidity]] in this limit and derived the [[Gross-Pitaevskii equation]] in the special case of BEC in rotary containers. In 2009 Seiringer received the [[Henri Poincaré Prize]]. |
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==Works== |
==Works== |
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Revision as of 22:59, 10 February 2011
Robert Seiringer (1 September, 1976, Vöcklabruck - ) is an Austrian mathematical physicist.
Life and work
Seiringer studied physics at the University of Vienna, where in 1999 he acquired his diploma and in 2000 with Jakob Yngvason as thesis advisor attained a doctorate. In 2005 he attained his habilitation qualification at the University of Vienna. With a Schrödinger scholarship, he went in 2001 to Princeton University. There he became in 2003 assistant professor. Starting from 2010 he is an associate professor at McGill University. In addition he is extraordinarius professor at the University of Vienna. Seiringer made substantial progress in the mathematical theory of quantum gases and particularly Bose-Einstein condensate (BEC). He partly proved the existence of BEC for interacting boson gases in the Gross-Pitaevskii limit[1] in collaboration with Elliott Lieb. They proved also superfluidity in this limit and derived the Gross-Pitaevskii equation in the special case of BEC in rotary containers. In 2009 Seiringer received the Henri Poincaré Prize.
Works
- Seiringer Hot topics in cold gases. Plenary address, 16. International Congress on Mathematical Physics, Prague 2009
- with Elliott Lieb: The stability of matter in quantum mechanics. Cambridge University Press 2009, ISBN 0-521-19118-1.
Source
References
- ^ Lieb. E. H.; Seiringer, R. (2002). "Proof of Bose-Einstein Condensation for Dilute Trapped Gases". Phys. Rev. Lett. 88: 170409-1-4.