- •Preface
- •Foreword
- •The Henri Poincaré Prize
- •Contributors
- •Contents
- •Stability of Doubly Warped Product Spacetimes
- •Introduction
- •Warped Product Spacetimes
- •Asymptotic Behavior
- •Fuchsian Method
- •Velocity Dominated Equations
- •Velocity Dominated Solution
- •Stability
- •References
- •Introduction
- •The Tomonaga Model with Infrared Cutoff
- •The RG Analysis
- •The Dyson Equation
- •The First Ward Identity
- •The Second Ward Identity
- •The Euclidean Thirring Model
- •References
- •Introduction
- •Lie and Hopf Algebras of Feynman Graphs
- •From Hochschild Cohomology to Physics
- •Dyson-Schwinger Equations
- •References
- •Introduction
- •Quantum Representation and Dynamical Equations
- •Quantum Singularity Problem
- •Examples for Properties of Solutions
- •Effective Theory
- •Summary
- •Introduction
- •Results and Strategy of Proofs
- •References
- •Introduction
- •Critical Scaling Limits and SLE
- •Percolation
- •The Critical Loop Process
- •General Features
- •Construction of a Single Loop
- •The Near-Critical Scaling Limit
- •References
- •Black Hole Entropy Function and Duality
- •Introduction
- •Entropy Function and Electric/Magnetic Duality Covariance
- •Duality Invariant OSV Integral
- •References
- •Weak Turbulence for Periodic NLS
- •Introduction
- •Arnold Diffusion for the Toy Model ODE
- •References
- •Angular Momentum-Mass Inequality for Axisymmetric Black Holes
- •Introduction
- •Variational Principle for the Mass
- •References
- •Introduction
- •The Trace Map
- •Introduction
- •Notations
- •Entanglement-Assisted Quantum Error-Correcting Codes
- •The Channel Model: Discretization of Errors
- •The Entanglement-Assisted Canonical Code
- •The General Case
- •Distance
- •Generalized F4 Construction
- •Bounds on Performance
- •Conclusions
- •References
- •Particle Decay in Ising Field Theory with Magnetic Field
- •Ising Field Theory
- •Evolution of the Mass Spectrum
- •Particle Decay off the Critical Isotherm
- •Unstable Particles in Finite Volume
- •References
- •Lattice Supersymmetry from the Ground Up
- •References
- •Stable Maps are Dense in Dimensional One
- •Introduction
- •Density of Hyperbolicity
- •Quasi-Conformal Rigidity
- •How to Prove Rigidity?
- •The Strategy of the Proof of QC-Rigidity
- •Enhanced Nest Construction
- •Small Distortion of Thin Annuli
- •Approximating Non-renormalizable Complex Polynomials
- •References
- •Large Gap Asymptotics for Random Matrices
- •References
- •Introduction
- •Coupled Oscillators
- •Closure Equations
- •Introduction
- •Conservative Stochastic Dynamics
- •Diffusive Evolution: Green-Kubo Formula
- •Kinetic Limits: Phonon Boltzmann Equation
- •References
- •Introduction
- •Bethe Ansatz for Classical Lie Algebras
- •The Pseudo-Differential Equations
- •Conclusions
- •References
- •Kinetically Constrained Models
- •References
- •Introduction
- •Local Limits for Exit Measures
- •References
- •Young Researchers Symposium Plenary Lectures
- •Dynamics of Quasiperiodic Cocycles and the Spectrum of the Almost Mathieu Operator
- •Magic in Superstring Amplitudes
- •XV International Congress on Mathematical Physics Plenary Lectures
- •The Riemann-Hilbert Problem: Applications
- •Trying to Characterize Robust and Generic Dynamics
- •Cauchy Problem in General Relativity
- •Survey of Recent Mathematical Progress in the Understanding of Critical 2d Systems
- •Random Methods in Quantum Information Theory
- •Gauge Fields, Strings and Integrable Systems
- •XV International Congress on Mathematical Physics Specialized Sessions
- •Condensed Matter Physics
- •Rigorous Construction of Luttinger Liquids Through Ward Identities
- •Edge and Bulk Currents in the Integer Quantum Hall Effect
- •Dynamical Systems
- •Statistical Stability for Hénon Maps of Benedics-Carleson Type
- •Entropy and the Localization of Eigenfunctions
- •Equilibrium Statistical Mechanics
- •Short-Range Spin Glasses in a Magnetic Field
- •Non-equilibrium Statistical Mechanics
- •Current Fluctuations in Boundary Driven Interacting Particle Systems
- •Fourier Law and Random Walks in Evolving Environments
- •Exactly Solvable Systems
- •Correlation Functions and Hidden Fermionic Structure of the XYZ Spin Chain
- •Particle Decay in Ising Field Theory with Magnetic Field
- •General Relativity
- •Einstein Spaces as Attractors for the Einstein Flow
- •Loop Quantum Cosmology
- •Operator Algebras
- •From Vertex Algebras to Local Nets of von Neuman Algebras
- •Non-Commutative Manifolds and Quantum Groups
- •Partial Differential Equations
- •Weak Turbulence for Periodic NSL
- •Ginzburg-Landau Dynamics
- •Probability Theory
- •From Planar Gaussian Zeros to Gravitational Allocation
- •Quantum Mechanics
- •Recent Progress in the Spectral Theory of Quasi-Periodic Operators
- •Recent Results on Localization for Random Schrödinger Operators
- •Quantum Field Theory
- •Algebraic Aspects of Perturbative and Non-Perturbative QFT
- •Quantum Field Theory in Curved Space-Time
- •Lattice Supersymmetry From the Ground Up
- •Analytical Solution for the Effective Charging Energy of the Single Electron Box
- •Quantum Information
- •One-and-a-Half Quantum de Finetti Theorems
- •Catalytic Quantum Error Correction
- •Random Matrices
- •Probabilities of a Large Gap in the Scaled Spectrum of Random Matrices
- •Random Matrices, Asymptotic Analysis, and d-bar Problems
- •Stochastic PDE
- •Degenerately Forced Fluid Equations: Ergodicity and Solvable Models
- •Microscopic Stochastic Models for the Study of Thermal Conductivity
- •String Theory
- •Gauge Theory and Link Homologies
New Trends in Mathematical Physics
Vladas Sidoraviciusˇ
Editor
New Trends
in Mathematical Physics
Selected Contributions
of the XVth International Congress on Mathematical Physics
Vladas Sidoraviciusˇ
Instituto de Matemática Pura e Aplicada (IMPA) Estrada Dona Castorina 110
Rio de Janeiro, RJ Brazil zeitouni@math.umn.edu
ISBN 978-90-481-2809-9 e-ISBN 978-90-481-2810-5 DOI 10.1007/978-90-481-2810-5
Springer Dordrecht Heidelberg London New York
Library of Congress Control Number: 2009932135
©Springer Science+Business Media B.V. 2009
No part of this work may be reproduced, stored in a retrieval system, or transmitted in any form or by any means, electronic, mechanical, photocopying, microfilming, recording or otherwise, without written permission from the Publisher, with the exception of any material supplied specifically for the purpose of being entered and executed on a computer system, for exclusive use by the purchaser of the work.
The editor acknowledges that part of the elements used in the cover design (including the logo of the ICMP 2006 meeting) were created by Sergio Vaz.
Printed on acid-free paper
Springer is part of Springer Science+Business Media (www.springer.com)
Preface
The XV-th International Congress on Mathematical Physics took place in Rio de Janeiro, on August 5–11, 2006. I believe it was a very successful and enjoyable meeting. It is very fortunate for our community that Latin America, and especially Brazil, in decades has become the place where all fields of intellectual activity which are traditionally regarded as part of Mathematical Physics are developing with steady pace and remarkable quality. Another important aspect of this development is that besides areas which already have worldwide recognition and long standing tradition in Brazil such as Dynamical Systems, Statistical Mechanics, Probability Theory, etc., there is intensive growth in other directions such as String Theory and Algebraic Geometry. Brazil’s major universities and research institutes such as IMPA and CBPF are successfully bringing up a new generation of researchers in our field. Thus it was especially pleasant to see that among more than 500 participants of the Congress, the majority was constituted by young researchers and graduate students.
Given the enormous range of subjects covered during the Congress, and the diversity of scientific contributions, it would be pointless to summarize the contents here—the quality is reflected in these pages.
Traditionally, besides its very intense scientific program, the Congress was the occasion for the award of the Henri Poincaré Prizes of the IAMP, sponsored by the Daniel Iagolnitzer Foundation. The Laureates for the year 2006 were Ludwig Faddeev, David Ruelle and Edward Witten.
As with any other period between successive IAMP Congresses, this one was witnessing scientific excitement and important developments in many areas. Perelman’s proof of the Poincaré conjecture and progress in geometrization program were the central topic of many discussions, seminars, talks and meetings. I also would like to mention the spectacular developments in the area of Random Matrices and the progress made by F. Guerra and M. Tallagrand in spin-glasses. Perhaps it would not be an exaggeration to say that the development of Stochastic SchrammLoewner Evolution and understanding of two-dimensional critical systems and its connections with Conformal Field Theory continue to be one of the most fascinating chapters of contemporary Probability Theory and Statistical Mechanics. A few days
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after the Congress in Rio, Wendelin Werner, the plenary speaker of the XVth ICMP, was awarded the Fields medal for his contribution to this field. And in the spring of 2007 Srinivasa Raghu Varadhan, the chair of the International Scientific Committee of the XV ICMP, was awarded the Abel Prize. I believe this speaks not only about the recognition of the increasing role of Probability Theory and appreciation of its mathematical depth, but also about importance of all our community, since research performed by W. Werner and S.R. Varadhan, and the origins of questions they answer, are deeply rooted in the fields of Mathematical Physics.
However it was also the time when with great sadness we learned in September 2008 about the untimely death of Oded Schramm, the inventor of SLE and the 2003 Poincaré Prize recipient.
The preparation of the Congress as usual has taken a huge amount of work. On the scientific side I must thank all the members of the International Scientific Committee. I would like also to express my deep gratitude and affection to David Brydges, the President of International Association of Mathematical Physics during the period 2003–2005, who was the visionary, driving force and first aid help at all occasions. Among the local organizers I have to single out first of all Prof. J.F. Perez and Profs. C. Camacho, J. Palis and M. Viana who were pivotal for the success of the meeting. And last but no least, all my thanks and appreciation to the whole team of logistic and administrative support of DAC, masterfully conducted by Mme. S. Lima.
The Congress could not have happened without the generous support of numerous sponsors and efforts of many individuals, who are listed on the homepage of the congress (http://www.iamp.org/). I’m most grateful to them all. The reader also will find there the list of participants of the meeting.
Finally a few words on the organization of the book. We were not seeking to produce a standard “Proceedings” book. To document the content of the plenary talks and invited talks in all specialized sessions, in the Appendix to the book we include the abstracts of the meeting as they stood in August 2006, so that the interested reader can trace back the contents of all talks. As for the main part of the book, we invited all plenary speakers and invited speakers of specialized sessions to contribute with articles that they find appropriate for this volume, reflecting the current state of the art in Mathematical Physics, and which are written according to their own vision of the development of their fields. Thus, as a result, the reader will find here the original research articles, extensive reviews, as well as extended versions of talks.
Vladas Sidoraviciusˇ
Foreword
Mathematical Physics has on occasion weathered the label of being a curious subset of Theoretical Physics confined to “esoteric” questions such as exchanges of limits, measurability of sets, existence of solutions to equations, in other words, an obsession with issues that deserve little or no mention at all. In my view this is a destructive attitude and it has to be made clear that the distinction should be, and is, between interesting and not interesting or physically relevant and irrelevant and that there is a virtue in the clear formulation of problems and a clear distinction between assumptions and results.
It is a fact that these goals have not generated any damage to research, as the main and best known contributions to Physical theories prove (Ptolemaic and Copernican astronomy, Keplerian and Newtonian mechanics, ergodic hypothesis, electromagnetism, relativity, quantum mechanics, condensed matter, quantum field theory, stability of matter, symmetries in atomic and particle Physics, . . . ): the key works, even when not formulated in mathematical terms, have always kept an extremely lucid distinction between assumptions and consequences and have been influential and recognized by all.
Nevertheless the above mentioned attitudes have led to problems that inevitably generate difficulties in jobs hiring, obtaining grants, priority recognition, impact factor comparison, and more: so that IAMP has the scope of helping the rather large community that looks at problems and subjects their analysis to rigorous criticism. In the end this amounts to a distinction between hypotheses, deductions and results when reading the “book of Nature”, which is recognized by all of us, with Galilei and his predecessors and followers, to be written in mathematical characters.
The ICMP’s meetings have been designed to inform all of the IAMP members of the status of our work, to provide to the entire Physics community evidence of the relevance of the results and to show the close interest that we pay to the evolution of Theoretical Physics.
The Rio meeting is the most recent example of the width of the interests and the open mindedness of its members. A glimpse at the conference titles shows that the most varied subjects have been presented in the plenary talks and in the parallel sessions. From geometry, to string theory, to general relativity, to statistical
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mechanics in equilibrium (classical and quantum) and nonequilibrium fluctuations, to dynamical systems, to symmetries, to PDE’s . . . .
The three Henri Poincaré prizes, that the Iagolnitzer Foundation sponsors and the IAMP awards, recognize exceptional contributions and honor three colleagues, for their great contributions to Physics and for providing examples that we will try to imitate on how to look at problems that we cherish.
We think that the wide variety of session and plenary talks will provide, through the publication of the present proceedings, inspiration for new challenging problems, and confidence, to the many young colleagues who want to continue the exciting experience of those of us who have followed the developments from the early ‘960’s and can feel the immense difference between what was known at the time and today.
Finally IAMP thanks the local organizers of the meeting in Rio for the effort they made to make easy and agreeable participation by our colleagues, particularly those who undertook a long journey to attend our meeting.
It has been decided that ICMP09 will be held in Prague and we are sure that it will continue the tradition of excellence that this and earlier ICMP meetings have bequeathed to us.
Giovanni Gallavotti
IAMP President 2006–2008
IAMP Presidents
David Brydges (Vancouver), Former IAMP President Giovanni Gallavotti (Rome), Former IAMP President Pavel Exner (Prague), Current IAMP President
International Scientific Committee
D. Brydges (Vancouver)
G. M. Graf (Zürich)
G. Huisken (Tübingen)
A. Its (Indianapolis)
V. Schomerus (Saclay)
V. Sidoraviciusˇ (Rio de Janeiro)
S.R.S. Varadhan (Chairman) (New York)
Session Organizers
J. Baik (Ann Arbor) |
R. Longo (Rome) |
N. Berkovits (São Paulo) |
F. Martinelli (Rome) |
J. Cardy (Oxford) |
W. de Mello (Rio de Janeiro) |
P. Chrusciel (Tours) |
S. Mueller (Leipzig) |
R. Dijkgraaf (Amsterdam) |
B. Nachtergaele (Davis) |
W.E. (Princeton) |
C.M. Newman (New York) |
K. Fredenhagen (Hamburg) |
H. Nicolai (Golm) |
J. Harnad (Montréal) |
M.B. Ruskai (Medford) |
A. Holevo (Moscow) |
I.M. Sigal (Toronto) |
G. Jona-Lasinio (Rome) |
B. Simon (Pasadena) |
A. Laptev (Stokholm) |
F. Smirnov (Paris) |
F. Ledrappier (Notre Dame) |
J.P. Solovej (Copenhagen) |
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National Organizing Committee
C. Aragão de Carvalho, Rio de Janeiro |
D.H.U. Marchetti, São Paulo |
R. Dickman, Belo Horizonte |
A. Osório de Almeida, Rio de Janeiro |
R. Exel, Florianópolis |
M. O’Carroll, São Carlos |
P.A. Faria da Veiga, São Carlos |
E.A. Pereira, Belo Horizonte |
P.A. Ferrari, São Paulo |
J. Fernando Perez, São Paulo |
L.A. Ferreira, São Paulo |
R. Schonmann, São Paulo |
M. Forger, São Paulo |
R. Schor, Belo Horizonte |
H. Frid, Rio de Janeiro |
V. Sidoravicius,ˇ Rio de Janeiro (Chairman) |
A. Galves, São Paulo |
M.E. Vares, Rio de Janeiro |
C. Grebogi, São Paulo |
M. Viana, Rio de Janeiro |
C. Landim, Rio de Janeiro |
J. Zubelli, Rio de Janeiro |
P.A. Letelier, Campinas |
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ICMP 2006—International Advisory Committee
C. Dafermos (Brown) |
C. Newman (Courant) |
J. Feldman (VBC, Vancouver) |
D. Olive (Swansea, Wales) |
K. Fredenhagen (Hamburg) |
E. Presutti (Roma II) |
J. Frohlich (ETH, Zurich) |
V. Rivasseau (Polytechnique) |
K. Gawedzki (ENS, Lyon) |
C. Rogers (New South Wales) |
A. Jaffe (Harvard) |
D. Ruelle (IRES) |
G. Gallavotti (Roma I) |
B. Simon (Caltech) |
G. Jona-Lasinio (Roma I) |
H. Spohn (TV, Munich) |
V. Jones (Berkeley) |
A.-S. Sznitman (ETH, Zurich) |
J. Lebowitz (Rutgers) |
J.-C. Zambrini (Lisbon) |
E. Lieb (Princeton) |
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The XV International Congress on Mathematical Physics was organized by the International Association of Mathematical Physics (IAMP), in association with Instituto Nacional de Matemática Pura e Aplicada (IMPA), Rio de Janeiro, Instituto do Milênio (IM-AGIMB) and Petrobras (Brazil).
Past Congresses
Moscow (Russia), 1972 |
Marseille (France), 1986 |
Warsaw (Poland), 1974 |
Swansea (United Kingdom), 1988 |
Kyoto (Japan), 1975 |
Leipzig (Germany), 1991 |
Roma (Italy), 1977 |
Paris (France), 1994 |
Lausanne (Switzerland), 1979 |
Brisbane (Australia), 1997 |
Berlin (Germany), 1981 |
London (United Kingdom), 2000 |
Boulder (USA), 1983 |
Lisbon (Protugal), 2003 |