MSJ MemoirsMathematical Society of Japan 
Editorial Board  
Y. Namikawa(Editorinchief, Kyoto) K. Bannai(Keio) N. Hayashi(Osaka), M. Kanai(Tokyo), S. Kojima(Tokyo Institute of Technology) M. Kubo(Nagoya), H. Matsumoto(Aoyama Gakuin), S. Naito(Tokyo Institute of Technology), H. Ninomiya(Meiji) H. Ochiai(Kyushu), M. Okado(Osaka City), T. Sakajo(Kyoto), T. Shioya(Tohoku) H. Tsuji(Sophia), K. Yokoyama(Rikkyo) N. Yoshida(Tokyo) 

The series MSJ Memoirs is devoted to the publications of
lecture notes, graduate textbooks and long research papers* in
pure and applied mathematics. In principle, two to three volumes
are published each year by the Mathematical Society of Japan.


Submission: Each volume should be an integrated monograph. Proceedings of conferences or collections of independent papers are not accepted. The author(s) can submit the article to one of the editors in the form of hard copy. When the article is accepted, the author(s) is (are) requested to send a cameraready manuscript. For further technical conditions, please contact one of the editors.  
Subscription/Orders: Each volume can be purchased separately.
Orders from inside Japan can be made directly to the Mathematical Society of Japan. From Volume 15 onward, the distribution of the series outside Japan is conducted exclusively through World Scientific Publishing Company. For details, see the website:

List of Titles  
Vol.35  Author:  Osamu Fujino 
Title:  Foundations of the minimal model program  
Around 1980, Shigefumi Mori initiated a new theory, which
is now known as the minimal model program or Mori theory,
for higherdimensional algebraic varieties. This theory has
developed into a powerful tool with applications to diverse
questions in algebraic geometry and related fields. One of the main purposes of this book is to establish the fundamental theorems of the minimal model program, that is, various Kodaira type vanishing theorems, the cone and contraction theorem, and so on, for quasilog schemes. The notion of quasilog schemes was introduced by Florin Ambro and is now indispensable for the study of semilog canonical pairs from the cohomological point of view. By the recent developments of the minimal model program, we know that the appropriate singularities to permit on the varieties at the boundaries of moduli spaces are semilog canonical. In order to achieve this goal, we generalize Kollár's injectivity, torsionfree, and vanishing theorems for reducible varieties by using the theory of mixed Hodge structures on cohomology with compact support. We also review many important classical Kodaira type vanishing theorems in detail and explain the basic results of the minimal model program for the reader's convenience. 2017, 289p, ISBN: 9784864970457  
Vol.34  Author:  Martin T. Barlow, Tibor Jordán and Andrzej Zuk 
Title:  Discrete Geometric Analysis  
This is a volume of lecture notes based on three series of lectures given by visiting professors of RIMS,
Kyoto University during the yearlong project "Discrete Geometric Analysis", which took place in the
Japanese academic year 201213. The aim of the project was to make comprehensive research on topics
related to discreteness in geometry, analysis and optimization. Discrete geometric analysis is a hybrid field of several traditional disciplines, including graph theory, geometry, discrete group theory, and probability. The name of the area was coined by Toshikazu Sunada, and since being introduced, it has been extending and making new interactions with many other fields. This volume consists of three chapters: (I) Loop Erased Walks and Uniform Spanning Trees, by Martin T. Barlow. (II) Combinatorial Rigidity: Graphs and Matroids in the Theory of Rigid Frameworks, by Tibor Jordán. (III) Analysis and Geometry on Groups, by Andrzej Zuk. The lecture notes are useful surveys that provide an introduction to the history and recent progress in the areas covered. They will also help researchers who work in related interdisciplinary fields to gain an understanding of the material from the viewpoint of discrete geometric analysis. 2016, 157p, ISBN: 9784864970358  
Vol.33  Author:  Masaki Maruyama with collaboration of T. Abe and M. Inaba 
Title: 
Moduli spaces of stable sheaves on schemes restriction theorems, boundedness and the GIT construction 

The notion of stability for algebraic vector bundles on curves was originally introduced by Mumford, and moduli spaces of semistable vector bundles were studied intensively by Indian mathematicians. The notion of stability for algebraic sheaves was generalized to higher dimensional varieties. The study of moduli spaces of algebraic sheaves not only on curves but also on higher dimensional algebraic varieties has attracted much interest for decades and its importance has been increasing not only in algebraic geometry but also in related fields as differential geometry, mathematical physics. Masaki Maruyama is one of the pioneers in the theory of algebraic vector bundles on higher dimensional algebraic varieties. This book is a posthumous publication of his manuscript. It starts with basic concepts such as stability of sheaves, HarderNarasimhan filtration and generalities on boundedness of sheaves. It then presents fundamental theorems on semistable sheaves : restriction theorems of semistable sheaves, boundedness of semistable sheaves, tensor products of semistable sheaves. Finally, after constructing quoteschemes, it explains the construction of the moduli space of semistable sheaves. The theorems are stated in a general setting and the proofs are rigorous. 2016, 154p, ISBN: 9784864970341  
Vol.32  Author:  Hiroshi Isozaki and Yaroslav Kurylev 
Title:  Introduction to spectral theory and inverse problem on asymptotically hyperbolic manifolds  
This manuscript is devoted to a rigorous and detailed exposition of the spectral theory and associated forward and inverse
scattering problems for the LaplaceBeltrami operators on asymptotically hyperbolic manifolds. Based upon the
classical stationary scattering theory in $\mathbb{R}^n$, the key point of the approach is the generalized Fourier transform, which serves as the basic tool to introduce and analyse the timedependent wave
operators and the $S$matrix. The crucial role is played by the characterization of the space of the
scattering solutions for the Helmholtz equations utilizing a properly defined Besovtype space. After developing the scattering theory, we describe, for some cases, the inverse scattering on the asymptotically hyperbolic manifolds by adopting, for the considered case, the boundary control method for inverse problems. The manuscript is aimed at graduate students and young mathematicians interested in spectral and scattering theories, analysis on hyperbolic manifolds and theory of inverse problems. We try to make it selfconsistent and, to a large extent, not dependent on the existing treatises on these topics. To our best knowledge, it is the first comprehensive description of these theories in the context of the asymptotically hyperbolic manifolds. 2014, 251p, ISBN: 9784864970211  
Vol.31  Author:  Satoshi Takanobu 
Title:  BohrJessen Limit Theorem, Revisited  
This book is a selfcontained exposition on the BohrJessen
limit theorem. This limit theorem, which is concerned with the
behavior of the Riemann zeta function $\zeta(s)$ on the line $
\mathrm{Re}\,s = \sigma$, where $1/2 < \sigma \leq 1$, was
found by BohrJessen in the early 1930s. After BohrJessen,
alternative proofs were given by JessenWintner,
BorchseniusJessen, Laurinčikas, Matsumoto and others.
They dealt with this within the framework of probability
theory. Their formulation, originated by JessenWintner, is
standard nowadays. The present book proposes a new approach for
the formulation to refine their works. By this method, the
whole story of the proof of the BohrJessen limit theorem will
now become clearer, so that the reader must be able to
understand the essence of the proof in depth but without
difficulty.
2013, 216p, ISBN: 9784864970198  
Vol.30  Author:  Tatsuo Nishitani 
Title:  Cauchy Problem for Noneffectively Hyperbolic Operators  
At a double characteristic point of a differential operator
with real characteristics, the linearization of the Hamilton
vector field of the principal symbol is called the Hamilton
map and according to either the Hamilton map has nonzero real
eigenvalues or not, the operator is said to be effectively
hyperbolic or noneffectively hyperbolic.
For noneffectively hyperbolic operators, it was proved in the late of 1970s that for the Cauchy problem to be $C^{\infty}$ well posed the subprincipal symbol has to be real and bounded, in modulus, by the sum of modulus of pure imaginary eigenvalues of the Hamilton map. It has been recognized that what is crucial to the $C^{\infty}$ wellposedness is not only the Hamilton map but also the behavior of orbits of the Hamilton flow near the double characteristic manifold and the Hamilton map itself is not enough to determine completely the behavior of orbits of the flow. Strikingly enough, if there is an orbit of the Hamilton flow which lands tangentially on the double characteristic manifold then the Cauchy problem is not $C^{\infty}$ well posed even though the Levi condition is satisfied, only well posed in much smaller function spaces, the Gevrey class of order $1\leq s<5$ and not well posed in the Gevrey class of order $s>5$. In this lecture, we provide a general picture of the Cauchy problem for noneffectively hyperbolic operators, from the view point that the Hamilton map and the geometry of orbits of the Hamilton flow completely characterizes the well/not wellposedness of the Cauchy problem, exposing well/not wellposed results of the Cauchy problem with detailed proofs. 2013, 170p, ISBN: 9784864970181  
Vol.29  Author:  Takeshi Hirai, Akihito Hora and Etsuko Hirai 
Title:  Projective representations and spin characters of complex reflection groups $G(m, p, n)$ and $G(m, p, \infty)$  
This volume consists of one expository paper and two research papers:
1.
T. Hirai, A. Hora and E. Hirai,
Introductory expositions on projective representations of
groups (referred as [E]);
2.
T. Hirai, E. Hirai and A. Hora,
Projective representations and spin characters of
complex reflection groups $G(m,p,n)$ and $G(m,p,\infty)$, I;
3.
T. Hirai, A. Hora and E. Hirai,
Projective representations and spin characters of
complex reflection groups $G(m,p,n)$ and $G(m,p,\infty)$, II,
Case of generalized symmetric groups.
Since Schur's trilogy on 1904 and so on, many mathematicians studied projective representations of groups and algebras, and also of their characters. Nevertheless, to invite mathematicians to this interesting and important areas, the paper [E] collects introductory expositions, with a historical plotting, for the theory of projective representations of groups and their characters. The paper [I] treats general theory for projective (or spin) representations and spin characters of complex reflection groups $G(m,p,n)$ and $G(m,p,\infty)=\lim_{n\to\infty}G(m,p,n)$, and clarifies the intimate relations between mother groups, $G(m,1,n)$, $G(m,1,\infty) (p=1)$, called generalized symmetric groups, and their child groups, $G(m,p,n)$, $G(m,p,\infty) (pm, p>1)$. Also we treat explicitly a case of spin type in connection with the case of nonspin type (i.e. of linear representations). A detailed and general account on the socalled VershikKerov theory on limits of characters is added. The paper [II] treats spin irreducible representations and spin characters of generalized symmetric groups (mother groups) for other spin types. 2013, 272p, ISBN: 9784864970174  
Vol.28  Author:  Toshio Oshima 
Title:  Fractional calculus of Weyl algebra and Fuchsian differential equations  
In this book we give a unified interpretation of confluences,
contiguity relations and Katz's middle convolutions for linear
ordinary differential equations with polynomial coefficients and
their generalization to partial differential equations.
The integral representations and series expansions of their
solutions are also within our interpretation.
As an application to Fuchsian differential equations on
the Riemann sphere, we construct a universal model of
Fuchsian differential equations with a given spectral type,
in particular, we construct a single ordinary differential
equation without apparent singularities corresponding to
any rigid local system on the Riemann sphere, whose existence
was an open problem presented by N. Katz.
Furthermore we obtain fundamental properties of the solutions of
the rigid Fuchsian differential equations such as their
connection coefficients and the necessary and sufficient
condition for the irreducibility of their monodromy groups.
We give many examples calculated by our fractional calculus.
2012, 203p, ISBN: 9784864970167  
Vol.27  Author:  Suhyoung Choi 
Title:  Geometric Structures on 2Orbifolds: Exploration of Discrete Symmetry  
This book exposes the connection between the lowdimensional orbifold
theory and geometry that was first discovered by Thurston in
1970s providing a key tool in his proof of the hyperbolization of Haken
3manifolds. Our main aims are to explain most of the topology of
orbifolds but to explain the geometric structure theory only for
2dimensional orbifolds, including their Teichmüller (Fricke) spaces. We
tried to collect the theory of orbifolds scattered in various literatures
for our purposes. Here, we set out to write down the traditional approach
to orbifolds using charts, and we include the categorical definition
using groupoids. We will also maintain a collection of illustrative
Mathematica^{TM} packages at our homepages. 2012, 182p, ISBN: 9784931469686  
Vol.26  Author:  Shinya Nishibata and Masahiro Suzuki 
Title:  Hierarchy of semiconductor equations: relaxation limits with initial layers for large initial data  
This volume provides a recent study of mathematical research
on semiconductor equations.
With recent developments in semiconductor technology,
several mathematical models have been established to analyze
and to simulate the behavior of electron flow in semiconductor devices.
Among them, a hydrodynamic, an energytransport and a driftdiffusion models are
frequently used for the device simulation with the suitable choice,
depending on the purpose of the device usage.
Hence, it is interesting and important not only in mathematics but also in engineering
to study a model hierarchy, relations among these models.
The model hierarchy has been formally understood by relaxation limits
letting the physical parameters, called relaxation times, tend to zero.
The main concern of this volume is
the mathematical justification of the relaxation limits.
Precisely, we show that the time global solution for the hydrodynamic model
converges to that for the energytransport model as a momentum relaxation time tends to zero.
Moreover, it is shown that the solution for the energytransport model converges to
that for the driftdiffusion model as an energy relaxation time tends to zero.
For beginners' help, this volume also presents
the physical background of the semiconductor devices,
the derivation of the models,
and the basic mathematical results such as
the unique existence of time local solutions.
2011, 109p, ISBN: 9784931469662  
Vol.25  Author:  Hiroshi Sugita 
Title:  Monte Carlo method, random number, and pseudorandom number  
Although the Monte Carlo method is used in so many fields, its
mathematical foundation has been weak until now because of the
fundamental problem that a computer cannot generate random numbers.
This book presents a strong mathematical formulation of the Monte
Carlo method which is based on the theory of random number by
Kolmogorov and others and that of pseudorandom number by Blum and
others. As a result, we see that the Monte Carlo method may not need
random numbers and pseudorandom numbers may suffice. In particular,
for the Monte Carlo integration, there exist pseudorandom numbers
which serve as complete substitutes for random numbers.
2011, 133p, ISBN: 9784931469655  
Vol.24  Author:  Taro Asuke 
Title:  GodbillonVey class of transversely holomorphic foliations  
This volume provides a study of the GodbillonVey class and other real secondary characteristic classes of transversely holomorphic foliations.
One of the main tools in the study is complex secondary characteristic classes.
Intended to be selfcontained and introductory, this volume contains a brief survey of the theory of secondary characteristic classes of transversely holomorphic foliations.
A construction of secondary characteristic classes of families of such foliations is also included.
By means of these classes, new proofs of the rigidity of the GodbillonVey class in the category of transversely holomorphic foliations are given.
2010, 130p, ISBN: 9784931469617  
Vol.23  Author:  Armen Sergeev 
Title:  Kähler geometry of loop spaces  
In this book we study three important classes of
infinitedimensional Kähler manifolds  loop
spaces of compact Lie groups, Teichmüller spaces of complex
structures on loop spaces, and Grassmannians of Hilbert spaces.
Each of these manifolds has a rich Kähler geometry, considered
in the first part of the book, and may be considered
as a universal object in a category, containing all its
finitedimensional counterparts. On the other hand, these manifolds are closely related to string theory. This motivates our interest in their geometric quantization presented in the second part of the book together with a brief survey of geometric quantization of finitedimensional Kähler manifolds. The book is provided with an introductory chapter containing basic notions on infinitedimensional Frechet manifolds and Frechet Lie groups. It can also serve as an accessible introduction to Kähler geometry of infinitedimensional complex manifolds with special attention to the aforementioned three particular classes. It may be interesting for mathematicians working with infinitedimensional complex manifolds and physicists dealing with string theory. 2010, 212p, ISBN: 9784931469600  
Vol.22  Author:  Michael Ruzhansky and James Smith 
Title:  Dispersive and Strichartz estimates for hyperbolic equations with constant coefficients  
In this work dispersive and Strichartz estimates for solutions to
general strictly hyperbolic partial differential equations with
constant coefficients with lower order terms are considered.
The global time decay estimates of $L^pL^q$ norms of propagators
are analysed in detail and it is described how the time decay rates
depend on the geometry of the problem. For these purposes,
the frequency space is separated in several zones each
giving a certain decay rate. Geometric conditions on
characteristics responsible for the particular decay
are presented. A comprehensive analysis is carried out for strictly hyperbolic equations of high orders with lower order terms of a general form. Most of the analysis also applies to equations with are pseudodifferential in the space variables. We also show how the obtained estimates apply to solutions to hyperbolic systems with constant coefficients. The applications of the obtained results include the time decay estimates for the solutions to the FokkerPlanck equation and for the solutions of semilinear hyperbolic equations. 2010, 147p, ISBN: 9784931469570  
Vol.21  Author:  Gautami Bhowmik, Kohji Matsumoto and Hirofumi Tsumura (Eds.) 
Title:  Algebraic and Analytic Aspects of Zeta Functions and $L$functions  
This volume contains lectures presented at the
FrenchJapanese Winter School on Zeta and $L$functions,
held at Muira, Japan, 2008.
The main aim of the School was to study various aspects of zeta
and $L$functions with special emphasis on recent developments.
A series of detailed lectures were given by experts in topics
that include height zetafunctions, spherical
functions and Igusa zetafunctions, multiple zeta values and
multiple zetafunctions, classes of Euler products of zetafunctions,
and $L$functions associated with modular forms.
This volume should be helpful to future generations in their
study of the fascinating theory of zeta and $L$functions.
2010, 183p, ISBN: 9784931469563  
Vol.20  Author:  Danny Calegari 
Title:  scl  
This book is a comprehensive introduction to the theory of stable commutator length, an important subfield of quantitative topology, with substantial connections to 2manifolds, dynamics, geometric group theory, bouded cohomology, symplectic topology, and many other subjects. We use constructive methods whenever possible, and focus on fundamental and explicit examples. We give a selfcontained presentation of several foundational results in the theory, including Bavard's Duality Theorem, the Spectral Gap Theorem, the Rationality Theorem, and the Central Limit Theorem. The contents should be accessible to any mathematician interested in these subjects, and are presented with a minimal number of prerequisites, but with a view to applications in many areas of mathematics.
2009, 217p, ISBN: 9784931469532  
Vol.19  Author:  Joseph Najnudel, Bernard Roynette and Marc Yor 
Title:  A Global View of Brownian Penalisations  
The present volume is an expository monograph
on Brownian penalisation, an important new notion
the authors introduced to the theory of Wiener measure
and Markov processes. It will serve as a concise guidebook
for students and researchers who study probability theory,
stochastic processes and mathematical finance. 2009, 137p, ISBN: 9784931469525  
Vol.18  Author:  Yasutaka Ihara 
Title:  On Congruence Monodromy Problems  
It is now wellknown that the group $SL_2(\mathbf{Z}[\frac{1}{p}])$ and the system of modular curves over $\mathbf{F}_{p^2}$ are ``closely related", and that the latter provided first ``examples" of curves over finite fields having many rational points. However, the ``three basic relationships", which really justify the former to be called the arithmetic fundamental group of the latter, still do not seem to be so commonly known. This book consists of two parts; a reproduction of the author's unpublished Lecture Notes (1968,69), and Author's Notes (2008). The former starts with explicit three main conjectural relationships for more general cases and gives various approaches towards their proofs. Though remained formally unpublished, these Lecture Notes had been widely circulated and have stimulated researches in various directions. The main conjectures themselves have also been proved since then. The Author's Notes (2008) gives detailed explanations of these developments, together with open problems. 2008, 230p, ISBN: 9784931469501  
Vol.17  Author:  Arkady Berenstein, David Kazhdan, Cédric Lecouvey, Masato Okado, Anne Schilling, Taichiro Takagi and Alexander Veselov 
Title:  Combinatorial Aspect of Integrable Systems  
This volume is a collection of six papers based on
the expository lectures of the workshop
``Combinatorial Aspect of Integrable Systems" held at RIMS
during July 2630, 2004, as a part of the Project Research 2004
``Method of Algebraic Analysis in Integrable Systems". The topics range over crystal bases of quantum groups, its algebrogeometric analogue known as geometric crystal, generalizations of RobinsonSchensted type correspondence, fermionic formula related to Bethe ansatz, applications of crystal bases to soliton celluar automata, YangBaxter maps, and integrable discrete dynamics. All the papers are friendly written with many illustrative examples and intimately related to each other. This volume will serve as a good guide for researchers and graduate students who are interested in this fascinating subject. 2007, 167p, ISBN: 9784931469372  
Vol.16  Author:  Brian H. Bowditch 
Title:  A course on geometric group theory  
This volume is intended as a selfcontained introduction
to the basic notions of geometric group theory,
the main ideas being illustrated with various examples and
exercises. One goal is to establish the foundations of the theory of
hyperbolic groups. There is a brief discussion of classical hyperbolic geometry, with a view to motivating and illustrating this. The notes are based on a course given by the author at the Tokyo Institute of Technology, intended for fourth year undergraduates and graduate students, and could form the basis of a similar course elsewhere. Many references to more sophisticated material are given, and the work concludes with a discussion of various areas of recent and current research. 2006, 104p, ISBN: 4931469353  
Vol.15  Author:  Valery Alexeev and Viacheslav V. Nikulin 
Title:  Del Pezzo and K3 surfaces  
The present volume is a selfcontained exposition on the complete
classification of singular del Pezzo surfaces of index one or two.
The method of the classification used here depends on the intriguing
interplay between del Pezzo surfaces and K3 surfaces, between geometry
of exceptional divisors and the theory of hyperbolic lattices. The topics involved contain hot issues of research in algebraic geometry, group theory and mathematical physics. This book, written by two leading researchers of the subjects, is not only a beautiful and accessible survey on del Pezzo surfaces and K3 surfaces, but also an excellent introduction to the general theory of QFano varieties. 2006, 149p, ISBN:4931469345  
Vol.14  Author:  Noboru Nakayama 
Title:  Zariskidecomposition and Abundance  
Dr. Noboru Nakayama, the author of this book, studies
the birational classification of algebraic varieties
and of compact complex manifolds.
This book is a collection of his works on the numerical
aspects of divisors of algebraic varieties. The notion of Zariskidecomposition introduced by Oscar Zariski is a powerful tool in the study of open surfaces. In the higher dimensional generalization, we encounter interesting phenomena on the numerical aspects of divisors. The author treats the higher dimensional Zariskidecomposition systematically. The abundance conjecture predicts that the numerical Kodaira dimension of a minimal variety coincides with the usual Kodaira dimension. The Kodaira dimension is an invariant of the canonical divisor of a variety. The numerical analogue used to be defined only for nef divisors, but it is now extended to arbitrary divisors in this book. Explained in details are many important results on the numerical Kodaira dimension related to the abundance, to the addition theorem for fiber spaces, and to the deformation invariance. 2004, 277p, ISBN:4931469310  
Vol.13  Author:  Shigeaki Koike 
Title:  A beginner's guide to the theory of viscosity solutions  
The notion of viscosity solutions was first introduced by
M. G. Crandall and P.L. Lions in 1981 to study firstorder partial
differential equations of nondivergence form, typically,
HamiltonJacobi equations. Later, the study of viscosity solutions was
extended to secondorder elliptic/parabolic equations. It has turned
out by many researchers that the viscosity solution theory is a
powerful tool to investigate fully nonlinear secondorder (degenerate)
elliptic/parabolic equations arising in optimal control problems,
differential games, mean curvature flow, phase transitions,
mathematical finance, conservation laws, variational problems,
etc. This text is an introduction to the viscosity solution theory as
indicated by the title. After a brief history of weak solutions, it presents several uniqueness (comparison principle) and existence results, which are main issues. For further topics, it chooses generalized boundary value problems and regularity results. In Appendix, which is the hardest part, it provides proofs of several important propositions. Dr. Koike's current mathematical interests still lie in the viscosity solution theory and its applications. 2004, 132p, ISBN:4931469280, Not in stock 

Vol.12  Author: 
Yves André (with appendices by F. Kato and N. Tsuzuki) 
Title: 
Period mappings and differential equations.
Form C to C_p TohokuHokkaido lectures in Arithmetic Geometry  
The theorey of period mappings has played a central role in nineteencentury
mathematics as a fertile place of interaction between
algebraic and differential geometry, differential equations,
and group theory, from Gauss and Riemann to Klein and Poincaré.
This text is an introduction to the padic counterpart
of this theory, which is much more recent and still mysterious.
It should be of interest both to some complex geometers and
to some arithmetic geometers.
Starting with an introduction to padic analytic geometry (in the sense of Berkovich), it then presents the RapoportZink theory of period mappings, emphasizing the relation with PicardFuchs differential equtions. a new theory of fundamental groups, orbifolds, and uniformizing equations (in the padic context) accounts for the grouptheoretic aspects of these period mappings. The books ends with a theory of padictriangle groups. Dr. André's current mathematical interests lie in arithmetic geometry and in the theory of motives. 2003, 246p, ISBN4931469221, Not in stock  
Vol.11  Authors:  John R. Stembridge, JeanYves Thibon and Marc A. A. van Leeuwen 
Title:  Interaction of combinatorics and representation theory  
This volume consisting of two research papers
and one survey paper is a good guide to look into a new emerging field,
which stems from the interaction of combinatorics and representation
theory.
Dr. John Stembrige is famous for his study on combinatorics in Lie algebra representations, Coxeter/Weyl groups, and other topics. Also he is the author of the Maple package software ``SF'' (Schur functions), ``coxeter/weyl'', and ``posets''. Dr. JeanYves Thibon is one of the most active researchers in this field and is famous for many collaborated works with Alain Lascoux and Bernard Leclerc and other famous researchers. Dr. Marc van Leeuwen is famous in the field of manipulation of Young tableaux and its related topics. He is one of the authors of the software package ``LiE'' for Lie group computation. 2001, 145p, ISBN4931469140, Not in stock  
Vol.10  Author:  Yuri G. Prokhorov 
Title:  Lectures on complements on log surfaces  
Dr. Yuri Prokhorov, the author of this book, is an
expert in
birational geometry in the field of algebraic geometry.
This book is the first significant expository lecture for
``complements''; this notion was introduced by Vyacheslav Shokurov
quite recently and is important in understanding singularities
of a pair consisting of an algebraic variety and
a divisor on it.
There is currently much ongoing research on this subject,
a very active area in algebraic geometry.
This book helps the reader to understand the ``complement'' concept and provides the basic knowledge about the singularities of a pair. The author gives a simple proof of the boundedness of the complements for two dimensional pairs under some restrictive condition, where this boundedness has been conjectured by Shokurov for every dimension. This book contains information and encouragement necessary to attack the problem of the higher dimensional case. 2001, 130p, ISBN4931469124, Not in stock  
Vol.9  Authors:  Peter Orlik and Hiroaki Terao 
Title:  Arrangements and hypergeometric integrals  
An affine arrangement of hyperplanes is a finite collection of
onecodimensional affine linear spaces in C^{n}.
P. Orlik and H. Terao are leading specialists in the theory of
arrangements and the coauthors
of the wellknown book ``Arrangements of Hyperplanes''.
In this monograph, they give an introductory survey which also
contains the recent progress
in the theory of hypergeometric functions.
The main argument is done from the arrangementtheoretic point of view.
This will be a nice text for a student to begin the study of
hypergeometric functions.
2001, 112p, ISBN4931469108, Not in stock  
Vol.8  Author:  Eric M. Opdam 
Title:  Lecture notes on Dunkl operators for real and complex reflection groups  
Eric M. Opdam studied a generalization of the system of
differential equations satisfies by the HarishChandra spherical functions,
and with Gerrit Heckman established the theory of HeckmanOpdam
hypergeometric functions by the use of a trigonometric extension of Dunkl
operators.
In this note he introduces this theory, and includes a recent result on the harmonic analysis of the hypergeometric functions and also an application of Dunkl operators to the study of reflection groups. 2000, 90p, ISBN4931469086, Not in stock  
Vol.7  Author:  Vladimir Georgiev 
Title:  Semilinear hyperbolic equations  
Most of the standard theorems of global in time existence for solutions of the
nonlinear evolution equations in mathematical physics depend heavily upon
estimates for the solution's total energy.
Typically, to prove the global existence of a smooth solution,
one argues that a certain amount of energy would necessarily be dissipated
in the development of a singularity,
which is limited by virtue of small data assumptions so far,
except for some semilinear evolution equations with good sign.
Under the small data assumption, the main observation is devoted to the investigation of the dissipative mechanism of linearized equations, which is described by the decay estimate of solutions mathematically. V. Georgiev is one of the most excellent mathematicians who created outstanding a priori estimates about hyperbolic equations in mathematical physics, which yield solutions of the corresponding nonlinear hyperbolic equations under small data assumption. The aim of this lecture note is to explain how to derive sharp a priori estimates which enable us to prove a global in time existence of solutions to semilinear wave equation and nonlinear KleinGordon equation. The core of the lecture note is Section 8, which is devoted to Fourier transform on manifolds with constant negative curvature. Combining this with the interpolation method and psudodifferential operator approach enables us to obtain better L^{p} weighted a priori estimates. Key words: semilinear wave equation, Fourier transform on hyperboloid, Sobolev spaces on hyperboloid, Klein  Gordon equation 2000, 209p, ISBN4931469078, Not in stock  
Vol.6  Author:  Kong Dexing 
Title:  Cauchy problem for quasilinear hyperbolic systems  
This book is concerned with Cauchy problem for quasilinear hyperbolic
systems. By introducing the concepts weak linear degeneracy and
matching condition, we give a systematic presentation on the global
existence, the large time behaviour and the blowup phenomenon,
particularly, the life span of C^{1}
solutions to the Cauchy problem
with small and decaying initial data. Some successful applications of
our general theory are given to the quasilinear canonical system
related to the MongeAmp\`ere equation, the system of nonlinear
threewave interaction in plasma physics, the nonlinear wave equation
with higher order dissipation, the system of onedimensional gas
dynamics with nonlinear dissipation, the system of motion of an
elastic string, the system of plane elastic waves for hyperelastic
materials and so on.
Key words and phrases: Quasilinear hyperbolic system, Cauchy problem, C^{1} solution, blowup, life span. 2000, 213p, ISBN493146906X  
Vol.5  Authors:  Daryl Cooper, Craig D. Hodgson and Steven P. Kerckhoff 
Title:  Threedimensional orbifolds and conemanifolds  
This volume provides an excellent introduction of
the statement and main ideas in the proof
of the orbifold theorem announced by Thurston in late 1981.
It is based on the authors' lecture series
entitled
``Geometric Structures on 3Dimensional Orbifolds"
which was featured in the third MSJ Regional Workshop on
``ConeManifolds and Hyperbolic Geometry"
held on July 110, 1998, at
Tokyo Institute of Technology.
The orbifold theorem shows the existence of geometric
structures on many 3orbifolds and
on 3manifolds with symmetry.
The authors develop the basic
properties of orbifolds and
conemanifolds,
extends many ideas from the
differential geometry to
the setting of conemanifolds
and outlines a proof of the orbifold theorem.
2000, 170p, ISBN4931469051, Not in stock  
Vol.4  Authors:  Atsushi Matsuo and Kiyokazu Nagatomo 
Title:  Axioms for a vertex algebra and the locality of quantum fields  
Dr. A. Matsuo has been working on various mathematical
structures related to twodimensional conformal field theory.
He is famous for his study on the KnizhnikZamolodchkov
equation and its analogues. He is recently interested in
searching for examples of vertex algebras having interesting
symmetries.
Dr. K. Nagatomo is working on the theory of vertex oeprator algebras and related topics. His interests include applications of the representation theory of infinite dimensional algebras to completely integrable systems. He dedicates this paper to Dr. Matsuo's daughter who was born a few days ago. 1999, 110p, ISBN4931469043  
Vol.3  Author:  Tomotada Ohtsuki 
Title:  Combinatorial quantum method in 3dimensional topology  
This book is based on
a series of lectures by the author
in the workshop
"Combinatorial Quantum Method in
3dimensional Topology"
held in
Oiwake Seminar House of Waseda University
in the end of September, 1996.
After the discovery of the Jones polynomial at the middle of 1980's, many new invariants of knots and 3manifolds, what we call quantum invariants, have been found. At the present we have two key words to understand quantum invariants of knots; "the Kontsevich invariant" and "Vassiliev invariants". Correspondingly we have also two notions for 3manifold invariants; "The LMO invariant" and "finite type invariants". The aim of this book is to explain about construction and basic properties of these invariants and how to understand quantum invariants via these invariants. 1999, 83p, ISBN4931469035, Not in stock  
Vol.2  Authors:  Masako Takahashi, Mitsuhiro Okada and Mariangiola DezaniCiancaglini (Eds.) 
Title:  Theories of types and proofs  
This is an excellent collection of refereed articles
on theories of types and proofs. The articles are written
by noted experts in the area.
In addition to the value of the individual articles,
the collection is notable for covering a range of related topics.
The collection begins with useful primer on the subject that
will make the subsequent articles more accessible to potential
readers. Following the primer,
there are good articles on traditional topics in type assignment systems.
These are followed by explanations of applications to program analysis
and a series of articles on application to logic. The collection
includes articles on intuitionistic logic,
a standard use of typetheoretic notions, and concludes with an article
on linear logic.
1998, 295p, ISBN4931469027  
Vol.1  Authors:  Ivan Cherednik, Peter J. Forrester and Denis Uglov 
Title:  Quantum manybody problems and representation theory  
Dr. I. Cherednik is famous for introducing the double affine Hecke
algebras, which is the main topics in his article
``Lectures on affine KnizhnikZamolodchikov equations, . . .''.
This focuses on the equivalence of the affine KnizhnikZamolodchikov
equations and the quantum manybody problems. It also serves as
an introduction to the new theory of the spherical and
the hypergeometric functions based on the affine and the double affine
Hecke algebras.
Dr. P. J. Forrester is an expert in random matrix theory and Coulomb systems. Dr. Forrester has also been a pioneer in the application of Jack symmetric functions to statistical physics. The article ``Random Matrices, LogGases and the CalogeroSutherland Model'' deals precisely with these three areas. Dr. D. Uglov is actively working in the quantum manybody problems and the related representation theory. The article ``Symmetric functions and the Yangian decomposition . . .'' is an exposition of his recent works on these topics. 1998, 241p, ISBN4931469019, Not in stock 
© 2009 by the Mathematical Society of Japan. All rights reserved. 