MATHEMATICAL PHYSICS 2000

MATHEMATICAL PHYSICS 2000

CONTENTS


FRONT MATTER	i
MODERN MATHEMATICAL PHYSICS: WHAT IT SHOULD BE L. D. FADDEEV	1
NEW APPLICATIONS OF THE CHIRAL ANOMALY JÜRG FRÖHLICH and BILL PEDRINI	9
FLUCTUATIONS AND ENTROPY DRIVEN SPACE–TIME INTERMITTENCY IN NAVIER–STOKES FLUIDS GIOVANNI GALLAVOTTI	48
SUPERSTRINGS AND THE UNIFICATION OF THE PHYSICAL FORCES MICHAEL B. GREEN	59
QUESTIONS IN QUANTUM PHYSICS: A PERSONAL VIEW RUDOLF HAAG	87
WHAT GOOD ARE QUANTUM FIELD THEORY INFINITIES? ROMAN JACKIW	101
CONSTRUCTIVE QUANTUM FIELD THEORY ARTHUR JAFFE	111
FOURIER'S LAW: A CHALLENGE TO THEORISTS F. BONETTO, J. L. LEBOWITZ and L. REY-BELLET	128
THE “CORPUSCULAR” STRUCTURE OF THE SPECTRA OF OPERATORS DESCRIBING LARGE SYSTEMS R. A. MINLOS	151
VORTEX- AND MAGNETO-DYNAMICS – A TOPOLOGICAL PERSPECTIVE H. K. MOFFATT	170
GAUGE THEORY: THE GENTLE REVOLUTION L. O'RAIFEARTAIGH	183
RANDOM MATRICES AS PARADIGM L. PASTUR	216
WAVEFUNCTION COLLAPSE AS A REAL GRAVITATIONAL EFFECT ROGER PENROSE	266
SCHRÖDINGER OPERATORS IN THE TWENTY-FIRST CENTURY BARRY SIMON	283
THE CLASSICAL THREE-BODY PROBLEM – WHERE IS ABSTRACT MATHEMATICS, PHYSICAL INTUITION, COMPUTATIONAL PHYSICS MOST POWERFUL? H. A. POSCH and W. THIRRING	289
INFINITE PARTICLE SYSTEMS AND THEIR SCALING LIMITS S. R. S. VARADHAN	306
SUPERSYMMETRY: A PERSONAL VIEW B. ZUMINO	316
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