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  1. Arthur Jaffe Harvard University Cambridge, MA 02138, USA c by Arthur Jaffe. Reproduction only with permission of the author. 24 May, 2005 at 7:26. ii. Contents

  2. arthurjaffe.com › Assets › pdfARTHUR JAFFE

    ARTHUR JAFFE Harvard University, Cambridge, MA 02138, USA E-mail: jaffe@physics.harvard.edu Web: www.arthurjaffe.com We review the emergence of constructive quantum field theory, we discuss how it fits into the framework of mathematics and physics, and we point to a major unsolved question. 1 Background

  3. According to our current on-line database, Arthur Jaffe has 30 students and 335 descendants. We welcome any additional information. If you have additional information or corrections regarding this mathematician, please use the update form.

  4. Jaffe spoluzaložil Clayův matematický institut a jeho programy, včetně zaměstnávání výzkumných pracovníků a Problémů tisíciletí. Působil jako zakládající člen představenstva a zakládající prezident této organizace. Arthur Jaffe působil jako šéfredaktor Communications in Mathematical Physics od roku 1979 a tuto ...

  5. Arthur Jaffe is the Landon T. Clay Professor of Mathematics and Theoretical Science at Harvard University (1967-present). Other institutional affiliations include Clay Mathematics Institute and the Institute for Advanced Study. His research interests include quantum theory and supersymmetry.

  6. Arthur Jaffe was born 22 December 1937. He received an AB in Chemistry from Princeton University in 1959, a BA in Mathematics from Cambridge University in 1961 where he was a Marshall Scholar, and a PhD in Physics from Princeton University under the direction of Arthur Wightman in 1966, where he was an NSF Fellow. Principal Positions since 1965 ...

  7. ARTHUR M. JAFFE AND W. GORDON RITTER Abstract. We give a mathematical construction of free Euclidean quantum fields on cer-tain curved backgrounds. We focus on generalizing Osterwalder-Schrader quantization, as these methods have proved useful to establish estimates for interacting fields on flat space-times.