NATO Workshop on Theoretical Physics
New Developments in Quantum Field Theory
To all participants: please send us titles of your talks!
List of speakers
:
- J. Ambjorn (NBI-Copenhagen) - The Quantum Geometry of 2D Gravity
- H. Arodz - Collective Dynamics of a Relativistic Domain Wall
- K. Bering (Uppsala) - BFV Theorem in Path Space
- B. Broda (Lodz) -
Topological Contents of 3D Seiberg-Witten Theory
- K. Gawedzki (IHES Bures) - Anomalous Scaling in Turbulence
- J. Greensite (San Francisco State Univ.) -
1) Center Dominance, Center Vortices and Confinement;
2) Field Theory as Free Fall
- P. Haagensen (MIT) - Two Loop Beta Function from Duality
- M. Halpern (LBL-Berkeley) - The Virasoro Master Equation and the General
Non-Linear Sigma Model
- Z. Jaskolski (Wroclaw) - Non-Critical Light-Cone String
- V. Kazakov (Ecole Normale) -
- J. Kijowski (PAN-Warsaw) - Huge Alghebra of Observables and Charge
Superselection Sectors
- Yu. Makeenko (ITEP-Moscow) - M Theory (*)
- R.Manka (Katowice) - Phase Transition in Non-Commutative Standard Model
- A. Marshakov (Lebedev/ITEP) - Seiberg-Witten Theory, Integrable Systems
and D-Branes
- K. Meissner (CERN) - Dualities in Higher-Order String Gravity
- T. Morris (Southampton) - A D Dimensional c Function in the Local
Potential Approximation
- S. Nishigaki (NBI, Copenhagen) - Microscopic Universality in Random
Matrix Theory
- M.A. Nowak (JU-Cracow/Darmstadt) - Non-Hermitian Random Matrix Models
- P. Olesen (NBI-Copenhagen) - 1) Primordial Magnetic Fields and Their
Developments; 2) Towards Matrix Model of IIB Superstrings
- P. Orland (Baruch, CUNY) - Collective Coordinates and the Mass Gap of
1+1 Sigma Models
- A. Semikhatov (Lebedev) -
- A. Staruszkiewicz (JU-Krakow) - Quantum Mechanics of the Electric Charge
- J. Verbaarschot (StonyBrook) - Universal Fluctuations of QCD Dirac
Spectra
- J. Wheater (Oxford) - The Spectral Dimension of the Branched Polymer
Phase of 2D Quantum Gravity
- J. Wosiek (JU-Krakow) - Analytic Solution of the Odderon Problem for
Arbitrary Conformal Weights
- J. Zinn-Justin (SACLAY) - The Effective Potential in phi^4_3 or the
Equation of State of the 3D Ising Model
(*) - not yet confirmed
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