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Progress in Physics Vol.ll
Edited by A. Jaffe, G. Parisi, and D. Ruelle
Springer Science+Business Media, LLC
Critical Phenomena 1983 Bra~ov School Conference
Valentin Ceau~escu, Gabriel Costache, and Vladimir Georgescu, editors
Springer Science+Business Media, LLC 1985
Editors:
Valentin Ceau~escu Gabriel Costache Vladimir Georgescu Central Institute of Physics Bucharest, POB MG6 (Romania)
Library of Congress Cataloging in Publication Data
Bra~ov School Conference (1983 : Poiana Bra~ov, Romania) Critical phenomena.
(Progress in physics ; vol. 11) 1. Critical phenomena (Physics) -- Congresses.
2. Phase transformations (Statistical physics) --Congresses. I. Ceau~escu, V. II. Costache, Gabriel, 1942- III. Georgescu, V. (Vladimir), 1947-IV. Title. V. Series: Progress in physics (Boston, Mass.) : v. 11. QC173.4.C74B73 1983 530 85-3861 ISBN 978-1-4899-6652-0
CIP-Kurztitelaufnahme der Deutschen Bibliothek
Critical phenomena : 1983 Bra~ov School conference I Valentin Ceau~escu ... , ed.
(Progress in physics ; Vol. 11) ISBN 978-1-4899-6652-0 ISBN 978-1-4899-6650-6 (eBook) DOI 10.1007/978-1-4899-6650-6
NE: Ceau~escu, Valentin [Hrsg.]; GT
All rights reserved. No part of this publication may be reproduced, stored in a retrieval system, or transmitted, in any form or by any means, electronic, mechanical, photocopying, recording or otherwise, without the prior permission of the copyright owner.
© 1985 Springer Science+ Business Media New York Originally published by Birkhauser Boston, Inc. in 1985 Softcover reprint of the hardcover 1st edition 1985
ISBN 978-1-4899-6652-0
5
TABLE OF CONTENTS
I. CRITICAL PHENOMENA IN STATISTICAL '1ECHANICS AND QUANTU'1 FIELD THEORY
K.R. Ito - Kosterlitz-Thouless Transition and Mayer Expansion
C.Itzykson an J.M. Luck- Zeroes of the Partition
Function for Statistical Models on Regular and Hierarchical Lattices
E.Seiler - Phase Structure of Finite Temperature Gauge Theories
R.Seneor - Critical Phenomena in Three Dimensions C.J. Thompson - Random Spin Systems
I NV !TED SH1I NARS
R.Gielerak -On the Scaling Limits and DLR Equations in the Euclidean Field Theory
H. Kerler - Critical Behavior and Renormalization
of Quantum Fields
II. CRITICAL PHENOMEtlA IN ~'UCLEAR AND PARTICLE PHYSICS
R.Gilmore - Classical Limits and Critical Properties
B.G.Giraud - A Few Methods for the Theory of
Collective Motions and Collisions
A.B.Midgal - Some Critical Phenomena in Vacuum
III. RELATED TOPICS
H.Araki - Dynamic and Ergodic Properties of the
XY-Model
17
45
83
110
136
189
198
213
245
283
287
6
D.Iagolnitzer - Unitarity of Asymptotic Completeness Equations and Analytic Structure of the S Matrix
and Green Functions A.Patrascioiu - Dynamical Systems and Statistical
r1echani cs
IV. EXACTLY SOLUBLE MODELS
P.P.Kulish- Quantum Spectral Transform J.M.r1aillard - Star-Triangle and Inversion Relations
in Statistical Mechanics
A.B.Zamolodchikov - Conformal Bootstrap in Two Dimensions
r1.Sato, Y.Sato - Universal Grassman Manifold and Integrable Systems
315
337
351
375
402
7
PREFACE
The courses of the 1983 Poiana Brasov Summer School were mainly devoted to the theory of phase transitions and critical phenomena. Our purpose was to evidentiate the mathematical structure of critical phenomena appearing in various areas of physics and the existence of some unifying structures behind them. This volume contains the lectures delivered at the School arranged according to the following themes:
i) Phase transitions and critical phenomena in Statistical Mechanics (SM) and Quantum Field Theory (QFT).
ii) Collective motion and phase transitions in Nuclear and Particle Physics.
iii) Exactly soluble models.
In spite of many efforts during the last 50 years we are still quite far from a general theory of phase transitions. Moreover the mathematical understanding of critical phenomena in realistic models is still lacking. However there has been some progress in the description of these phenomena and this is certainly related to the transfer of methods from one branch of theoretical physics to another. This is particularly evident in St~ and QFT: the powerful Peierls argument developed originally in SM allowed the description of the phase structure of some quantum field models; when combined with renormalization group ideas (originating in QFT) it made possible the rigorous understanding of the Kosterlitz-Thouless transition. Also the spin wave concepts and the infrared bounds have been used to analyze large classes of lattice models. It is thus difficult to separate nowadays papers dealing with critical phenomena in QFT from those in Sl·1 an:!a common mathematical structure is already emerging (e.g. see Seneors's lecture wnere the euclidean formalism of QFT provides the unifying frame).
Critical phenomena in Nuclear Physics appear mainly due to the com
petition between single particle and collective properties of nuclear systems (i.e. sudden change in inertial parameters due to the transition from superfluid to normal phase, which occurs at high spins). Gilmore's
8
lecture emphasizes algebraic methods (groups of symmetry and coherent
states) while the lecture given by Giraud insists on a self-consistent treatment of the nucleus. Both of them rely on the role played by the mean field concept in the description of the nuclear ground states, which provides a natural foundation for exploration of dynamics. We re
gret very much that a written version of Prof. Migdal's lecture in which the interplay of concepts from Particle, Nuclear and Statistical
Physics was used to describe critical phenomena in vacuum, has not been
submitted in due time for publication. The study of exactly soluble models has always been an important
source of insight in the understanding of phase transitions and criti
cal phenomena. The recent developments in this area have been essential
ly related to the appearance of new techniques of analysis of complete
ly integrable systems, useful especially for low dimensional SM and
QFT models. The hope is that methods suitable to the study of higher dimensional models will be found. Several lectures in this volume give
some perspective into this direction. The lecturershad typically three or four sessions to develop their
subject. The evident care which they brought to the preparation and
presentation of the lectures is gratefully acknowledged. Special thanks are due to Prof. Itzykson who, though unable to attend the conference, has been so kind to send us a written version of his lecture.
We wish to thank our colleagues from Central Institute of Physics -Bucharest who helped us in one way or another in the organization of the School. The enthusiasm with which Dr. N. Zamfir contributed effectively in the organizing process at Poiana Brasov is especially acknowledged. We are indebted to Prof. M. Ivascu, Director of the Central
Institute of Physics, for his permanent support of the School.
Last but not the least we are grateful to Mrs. Geta Uglai, the
technical secretary of the School, for the competence and efficiency of
her work during the organization of the School and the preparation
of this volume.
THE EDITORS
Bucharest, 1984
A..~GELESCU, N.
ANGHEL, A.T.
ANGHEL, V.
ARAKI, H.
ATANASIU, C.
BADEA, M.
BADKE, R.
BULGAC, A.
BUNDARU, M.
BUZULOIU, V.
CAPRINI-GOLOGAN,
CEAUSESCU, v. CIONGA, v.
Irinel
CIUBOTARU, Luminita
CORCIOVEI, A.
COSTACHE, G.
CZYZ, J.
DATCU, M.
DATOUSSAID, H.
DEM!ITH, t1.
DITA, P.
DOMITIAN, V.
DORLAS, T.C.
DUMITRESCU, B.O.
EFIMOV, G.
9
LIST OF PARTICIPANTS
Central Institute of Physics, Bucharest
ICPIAF, Cluj-Napoca
Institute for Nuclear Power Reactors,Pitesti
RIMS, Kyoto University
IPGG, Bucharest
Central Institute of Physics, Bucharest
University of Bonn
Central Institute of Physics, Bucharest
Central Institute of Physics, Bucharest
IPGG, Bucharest
Central Institute of Physics, Bucharest
Central Institute of Physics, Bucharest
Central Institute of Physics, Bucharest
Central Institute of Physics, Bucharest
Central Institute of Physics, Bucharest
Central Institute of Physics, Bucharest
Institute of Mathe~atics, 1-larsaw
Polytechnical Institute, Bucharest
University of Mons
Institute of Mathematics, Berlin
Central Institute of Physics, Bucharest
High School, Ploiesti
Inst.voor Theor.Natuurkunde, Groningen
Central Institute of Physics, Bucharest
Joint Institute for Nuclear Research, Dubna
FAZAKAS, A.
FAZIO, R.
FELDER, G.
GABITOV, I.
GALIN, Elena
GEORGESCU, V.
GIANNESSI, C.
GIELERAK, R.
GILMORE, R.
GIM.UD, B.
GRECU, D.
GRIGORE, R.D.
GROSU, Corina
GROSU, Marta
GRVNFELD, P .
GUSSI, G.
HATEGAN, C.
HRISTEA, M. R.
HOROI, M.
IACOBAS, A.
IAGOLNITZER, D.
IGLOI, F.
ION, B.D.
ISAR, A.
ITO, K.R.
IVANOV, M.
IXARU, L.
JIPA, A.
JURZAK, J ,p.
KERLER, W.
KISS-TOTH, T.
KULISH, p,p,
LUPU, D.
10
Central Institute of Physics, Bucharest
Institute of Physics, Catania
ETH, Zurich
Inst.of Phys. Acad.of Sci.of Kirgiz Republic
Central Institute of Physics, Bucharest
Central Institute of Physics, Bucharest
University of Pisa
University of Wroclaw
Drexel University , Philadelphia
CEN - Saclay
Central Institute of Physics, Bucharest
Central Institute of Physics, Bucharest
Computer Centre CIMIC, Bucharest
High School, Bucharest
Central Institute of Physics, Bucharest
Dept.of Math. - INCREST, Bucharest
Central Institute of Physics, Bucharest
Institute of Medicine, Bucharest
Central Institute of Physics, Bucharest
Institute of Medicine, Bucharest
CEN - Saclay
Central Res.Inst. for Physics, Budapest
Central Institute of Physics, Bucharest
Central Institute of Physics, Bucharest
Bedford College , London
Inst.for Nucl.Res.and Nucl.Energy, Sofia
Central Institute of Physics, Bucharest
Institute for Nuclear Power Reactors, Pitesti
University of Dijon
Philipps University, Marburg
Inst.for Theor.Phys., Budapest
Math.Inst."P.A.Steklov", Leningrad
ICPE, Bucharest
MAHM:>UD, H.
MAILLARD, J • M.
MANEA, Mihaela
MEk~IKOVA, Natasa
MIGDAL, A.B.
MIHALACHE, D.
MIHALACHE , G.
MIHUL, Eleonora
}10LA, I.
MOT, P.
NAIDIN, Andreea
NAPIORKOWSKI, M.
NENCIU, Alexandrina
NENCIU, G.
PARPALEA, M.
PAVEL, E.
PARLOG, M.
PATRASCIOIU, A.
PFITZNER, A.
PILLET, C.A.
PISO, M.
PLECHKO, V.
POPP, O.T.
PRIEZZHEV, V.
PURICE, R.
RADU, Doina
RAYCHEV, P.
ROSU, H.
SAKATA, F.
SARU, D.
SATO, M.
SATO, Yasuko
SEILER, E.
SENEOR, R.
SPINEANU, F.
11
Atomic Energy Establishment, Cairo
CEN - Saclay
High School, Brasov
Sci.Res.Inst. for Nucl.Physics, Moscow
"L.D.Landau" Institute, Moscow
Central Institute of Physics, Bucharest
University of Bucharest
Central Institute of Physics, Bucharest
Institute for Nuclear Power Reactors, Pitesti
Institute of Medicine, Bucharest
High School, Bucharest
University of Warsaw
Central Institute of Physics, Bucharest
Central Institute of Physics, Bucharest
High School, Brasov
CCSIT-MFS, Bucharest
Central Institute of Physics, Bucharest
University of Arizona, Tucson
Z.f.K., Rossendorf
ETH-Zurich
ICPE, Bucharest
Joint Institute for Nuclear Research, Dubna
Central Institute of Physics, Bucharest
Joint Institute for Nuclear Research, Dubna
Central Institute of Physics, Bucharest
Institute of Uedicine, Bucharest
Inst.for Nucl.Res. and Nucl.Energy, Sofia
Central Institute of Physics, Bucharest
University of Tokyo
ICPE, Bucharest
RIMS, Kyoto University
University of Ryukyus, Okinawa
Max-Planck Institute, Munchen
Ecole Politechnique, Palaiseau
Central Institute of Physics, Bucharest
STEINBRECHER, G.
STEUDEL, H.
STOENESCU, G.
STOICA, S.
STRATAN, G.
SUT5, A.
TATARU, L.O.
THOMPSON, C.J.
TOPOR, Nadia Marina
TRACHE, L.
TRACHE, Maria
URSU, I. I.
VINERSAN, J.
VISINESCU, Anca
VISINESCU, M.
VLAD, Madalina
WOLLENBERG, M.
WUNSCH, R.
YI-MIN, Jiang
ZAMFIR, N. V.
ZAMOLODCHIKOV, A.B.
ZIMMER, K.W.
12
University of Craiova
Zentr.Inst.f.Optik und Spektroskopie, Berlin
University of Craiova
Central Institute of Physics, Bucharest
Central Institute of Physics, Bucharest
Central Res.Inst.for Physics, Budapest
University of Craiova
University of Melbourne
High School, Bucharest
Central Institute of Physics, Bucharest
University of Bucharest
Central Institute of Physics, Bucharest
Institute of Medicine, Bucharest
Central Institute of Physics, Bucharest
Central Institute of Physics, Bucharest
Central Institute of Physics, Bucharest
Institute of Mathematics, Berlin
Z.f.K., Rossendorf
University of Bucharest
Central Institute of Physics, Bucharest
"L.D.Landau" Institute, Moscow
Central Institute of Physics, Bucharest
N. Angelescu
H. Datoussaid
G. Efimov
D. lagolnitzer
P.P. Kulish
A.B. Migdal
M. Napiorkowski
G. Nenciu
V.N. Plechko
V. Priezzhev
F. Sakata
13
SEMINARS
On the Critical Behavior of Semiinfinite Spherical Models
Critical Point Limit Law for Temperley's Continuous Model
Hadron Physics at Low Energies
Decay of Correlations and Limit Theorems
Graded Magnets
Problems of Nuclear Theory
Renormalization of Random Walks
Spontaneous Pair Creation in Strong External Fields
Scaling Relations for Critical Indices in the Case of Nonstandard Order Parameters
Phase Transitions in a Long Polymer Model
A New Type of "Phase Transition" Associated with Large Amplitude Nuclear Collective Motion