\documentstyle[12pt]{article}
\begin{document}

\title{QMath7 program}
\author{as of June 17}
\date{Conference site: B\v{r}ehov\'{a} 7, Prague 1}
\maketitle


\section*{Sunday June 21}

\begin{description}
\item{\em 10.00--19.00 \qquad  Registration}
\end{description}


\section*{Monday June 22}

\begin{description}
\item{\em 8.00--9.00 \qquad  Registration}
\end{description}

\begin{description}
\vspace{-1.8ex} \item{\em 9.00--9.05  \qquad Conference opening}
\end{description}

\subsection*{First morning session } 

{\em Chair: L.A. Pastur} 
\begin{description}
\vspace{-1.8ex} \item{\em 9.05--10.05}
\\ J.M. Combes  (Marseille and Toulon): {\em  Some spectral 
problems related to photonic crystals}
\vspace{-1.8ex} \item{\em 10.05--10.35}
\\ R. Hempel (Braunschweig): {\em  Spectral properties of 
strongly  inhomogeneous periodic media}
\\
\vspace{-1.8ex} \item{\em 10.35--11.15 \qquad Coffee break}
\end{description}

\subsection*{Second morning session } 

{\em Chair: J. Bellissard} 
\begin{description}
\vspace{-1.8ex} \item{\em 11.15--12.15}
\\ J. Avron (Technion, Haifa): {\em  Quantum adiabatic theorems} 
\vspace{-1.8ex} \item{\em 12.15--12.45}
\\ A. Jensen (Aarhus): {\em  Some recent results in 
time-dependent Schr\"odinger operators}
\\
\vspace{-1.8ex} \item{\em 12.45--14.00 \qquad Lunch break}
\end{description}

\subsection*{First afternoon session } 

\begin{center} Lecture room 103 \end{center} 

\noindent
{\em Chair: P. Kuchment} 
\begin{description}
\vspace{-1.8ex} \item{\em 14.00--14.20}
\\ M. Combescure (Orsay): {\em A rigorous proof of Gutzwiller's 
trace \newline formula}
\vspace{-1.8ex} \item{\em 14.30--14.50}
\\ M. Kiessling (Rutgers): {\em On eigenvalue density of
random matrices}
\vspace{-1.8ex} \item{\em 15.00--15.20}
\\ S. De Bi\`evre (Lille): {\em On the semi-classical analysis of 
quantized \newline ``chaotic" maps on the torus}
\vspace{-1.8ex} \item{\em 15.30--15.50}
\\ M. Novitskii (Kharkov): {\em Nonexponential estimates of
the angle between stable and unstable separatrices for 
Taylor-Chirikov-Green mapping}
\end{description}

\begin{center} Lecture room 114 \end{center} 

\noindent
{\em Chair: W. Karwowski} 
\begin{description}
\vspace{-1.8ex} \item{\em 14.00--14.20}
\\ H. Neidhardt (Potsdam): {\em Operator-norm convergence for 
the Trotter-Kato product formula}
\vspace{-1.8ex} \item{\em 14.30--14.50}
\\ V. Zagrebnov (Marseille): {\em Error estimates for the Trotter 
product \newline formula}
\vspace{-1.8ex} \item{\em 15.00--15.20}
\\ S.B. Sontz (Mexico City): {\em A reverse log-Sobolev inequality 
in the Segal-Bargmann space}
\vspace{-1.8ex} \item{\em 15.30--15.50}
\\ C. Villegas-Blas (Cuernavaca Morelos): {\em The Segal-Bargmann 
transform and canonical transformations}
\end{description}

\begin{center} Lecture room 115 \end{center} 

\noindent
{\em Chair: G. Stolz} 
\begin{description}
\vspace{-1.8ex} \item{\em 14.00--14.20}
\\ D. Yafaev (Rennes): {\em The discrete spectrum in the singular
Friedrichs model with oscillating kernel}
\vspace{-1.8ex} \item{\em 14.30--14.50}
\\ M. Demuth (Clausthal): {\em Generalized Pearson estimate for 
wave \newline operators}
\vspace{-1.8ex} \item{\em 15.00--15.20}
\\ D. Robert (Nantes): {\em Spectral shift function for the 
Dirac operator}
\vspace{-1.8ex} \item{\em 15.30--15.50}
\\ A. Hassell (Canberra): {\em Scattering calculus and the N-body
problem}
\end{description}

\begin{center} Lecture room 215 \end{center} 

\noindent
{\em Chair: L. Erd\"os} 
\begin{description}
\vspace{-1.8ex} \item{\em 14.00--14.20}
\\ L. Sadun (Austin): {\em Generic behavior of topological quantum 
numbers}
\vspace{-1.8ex} \item{\em 14.30--14.50}
\\ P. L\'evay (Budapest): {\em Adiabatic curvature, chaos, and 
deformations  of Riemann surfaces}
\vspace{-1.8ex} \item{\em 15.00--15.20}
\\ I. Shereshevsky (Nizhni Novgorod): {\em Vortices in 
Ginzburg-Landau \newline equation: numerical results and analytical 
problems}
\vspace{-1.8ex} \item{\em 15.30--15.50}
\\ G. Goldin (Rutgers): {\em Quantum kinematics of vortex 
filaments}
\\
\vspace{-1.8ex} \item{\em 15.50--16.30 \qquad Coffee break}
\end{description}

\subsection*{Second afternoon session } 

\begin{center} Lecture room 103 \end{center} 

\noindent
{\em Chair: J. Yngvason} 
\begin{description}
\vspace{-1.8ex} \item{\em 16.30--16.50}
\\ V. Ivrii (Toronto): {\em Asymptotics of the ground state energy 
and ionization energy for at
oms and molecules in strong magnetic 
field}
\vspace{-1.8ex} \item{\em 17.00--17.20}
\\ M.B. Ruskai (Lowell): {\em One-dimensional models for 
many-electron \newline atoms in strong magnetic fields}
\vspace{-1.8ex} \item{\em 17.30--17.50}
\\ G.M. Zhislin (Nizhni Novgorod): {\em The present state of the 
study of the discrete spectrum of many-particle Hamiltonians with 
homogeneous magnetic field for particles with finite masses}
\vspace{-1.8ex} \item{\em 18.00--18.20}
\\ M. Griesemer (Regensburg): {\em Instability for relativistic 
matter with self-generated magnetic fields}
\end{description}

\begin{center} Lecture room 114 \end{center} 

\noindent
{\em Chair: Ph. Martin} 
\begin{description}
\vspace{-1.8ex} \item{\em 16.30--16.50}
\\ F. Brambila Paz (Mexico City): {\em Lax-Phillips scattering 
theory for short and long range perturbations}
\vspace{-1.8ex} \item{\em 17.00--17.20}
\\ L.P. Horwitz (Tel Aviv): {\em Representation of quantum 
mechanical \newline resonances in the framework of Lax-Phillips
scattering theory}
\vspace{-1.8ex} \item{\em 17.30--17.50}
\\ A. Motovilov (Dubna): {\em Operator interpretation of resonances 
arising in spectral problem for 2x2 matrix Hamiltonians}
\vspace{-1.8ex} \item{\em 18.00--18.20}
\\ S. Pascazio (Bari): {\em Temporal evolutions in quantum mechanics 
and quantum Zeno effect}
\end{description}

\begin{center} Lecture room 115 \end{center} 

\noindent
{\em Chair: E.M. Harrell} 
\begin{description}
\vspace{-1.8ex} \item{\em 16.30--16.50}
\\ F. Kleespies (Frankfurt a.M.): {\em Localization and Lifshitz 
tails for \newline random quantum waveguides}
\vspace{-1.8ex} \item{\em 17.00--17.20}
\\ O. Vakhnenko (Kiev): {\em Bend-imitating approach in quantum
wire-like nanostructures}
\vspace{-1.8ex} \item{\em 17.30--17.50}
\\ K. Yoshitomi (Fukuoka): {\em Band-gap of the spectrum in 
periodically curved quantum waveguides}
\vspace{-1.8ex} \item{\em 18.00--18.20}
\\ D. Krej\v{c}i\v{r}\'{\i}k (Prague): {\em Birman-Schwinger analysis
for bound states in a pair of parallel quantum waveguides with a 
semitransparent boundary}
\end{description}

\begin{center} Lecture room 215 \end{center} 

\noindent 
{\em Chair: G. Rozenblioum} 
\begin{description}
\vspace{-1.8ex} \item{\em 16.30--16.50}
\\ J. Voigt (Dresden): {\em The non-autonomous Kato class}
\vspace{-1.8ex} \item{\em 17.00--17.20}
\\ Ch. Remling (Osnabr\"uck): {\em Embedded singular spectrum 
of 1D \newline Schr\"odinger operators}
\vspace{-1.8ex} \item{\em 17.30--17.50}
\\ P. \v{S}\v{t}ov\'{\i}\v{c}ek (Prague): {\em Perturbation of an
eigenvalue from a dense point spectrum: a general Floquet Hamiltonian}
\vspace{-1.8ex} \item{\em 18.00--18.20}
\\ D. Damanik (Frankfurt a.M.): {\em Singular continuous spectrum 
for \newline substitution Hamiltonians}
\end{description}

%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
\newpage


\section*{Tuesday June 23}

\subsection*{First morning session } 

\noindent {\em Chair: M. Combescure} 
\begin{description}
\vspace{-1.8ex} \item{\em 9.00--10.00}
\\ L.A. Pastur (Kharkov and Paris): {\em  On a heuristic 
derivation of the Mott formula for low-frequency conductivity 
of disordered systems}
\vspace{-1.8ex} \item{\em 10.00--10.30}
\\ Ph.-A. Martin (Lausanne): {\em Scattering with time periodic
potentials and cyclic states}
\\
\vspace{-1.8ex} \item{\em 10.30--11.15 \qquad Coffee break}
\end{description}

\subsection*{Second morning session } 

\noindent {\em Chair: Y. Colin de Verdiere} 
\begin{description}
\vspace{-1.8ex} \item{\em 11.15--12.15}
\\ F. Gesztesy (Columbia-Missouri): 
{\em  Uniqueness theorems for \newline Schr\"odinger, Jacobi, and
Dirac-type operators and recovery of \newline potentials from various
spectral data} 
\vspace{-1.8ex} \item{\em 12.15--12.45}
\\ S.T. Kuroda (Tokyo, Gakushuin): {\em  ${\cal H}_{-2}$-construction 
of general \newline type and some applications to the spectral theory}
\\
\vspace{-1.8ex} \item{\em 12.45--14.00 \qquad Lunch break}
\end{description}

\subsection*{First afternoon session } 

\begin{center} Lecture room 103 \end{center} 

\noindent {\em Chair: R. Hempel} 
\begin{description}
\vspace{-1.8ex} \item{\em 14.00--14.20}
\\ P. Exner (Prague): {\em Two results about vortices: ``smoke
loops" in \newline transport and anomalous Pauli trapping}
\vspace{-1.8ex} \item{\em 14.30--14.50}
\\ T. Suslina (St. Petersburg): {\em Two-dimensional periodic 
Pauli operator. Effective masses at the lower edge of the spectrum}
\vspace{-1.8ex} \item{\em 15.00--15.20}
\\ G. Raikov (Sofia): {\em Asymptotic properties of the
"magnetic" density of states}
\vspace{-1.8ex} \item{\em 15.30--15.50}
\\ B. K\'onya (Debrecen): {\em Charged particle in combined Coulomb 
plus \newline homogeneous magnetic field}
\end{description}

\begin{center} Lecture room 114 \end{center} 

\noindent {\em Chair: M. Demuth} 
\begin{description}
\vspace{-1.8ex} \item{\em 14.00--14.20}
\\ V. Koshmanenko (Kiev): {\em Construction and spectral properties 
of \newline singularly perturbed operators}
\vspace{-1.8ex} \item{\em 14.30--14.50}
\\ K. Watanabe (Tokyo): {\em Some applications of the 
${\cal H}_{-2}$-construction}
\vspace{-1.8ex} \item{\em 15.00--15.20}
\\ A. Teta (Rome): {\em Schr\"odinger equation with concentrated 
\newline nonlinearities}
\vspace{-1.8ex} \item{\em 15.30--15.50}
\\ T. Alferova (Gomel): {\em Relativistic two-particle 
one-dimensional \newline scattering problem for superposition of $\delta$
potentials}
\end{description}

\begin{center} Lecture room 115 \end{center} 

\noindent {\em Chair: P. Hislop} 
\begin{description}
\vspace{-1.8ex} \item{\em 14.00--14.20}
\\ L. Erd\"os (Courant): {\em Linear Boltzmann equation as a 
kinetic limit of random Schr\"odinger equation}
\vspace{-1.8ex} \item{\em 14.30--14.50}
\\ V. Inozemtsev (Dubna): {\em Quantum Heisenberg chain with 
elliptic \newline exchange}
\vspace{-1.8ex} \item{\em 15.00--15.20}
\\ H. Hirata (Tokyo): {\em An example of a second-kind phase 
transition for some discrete Schr\"odinger operators with magnetic 
potential}
\vspace{-1.8ex} \item{\em 15.30--15.50}
\\ E. Zhizhina (Moscow): {\em A spectral analysis of stochastic
disordered Ising model}
\end{description}

\begin{center} Lecture room 215 \end{center} 

\noindent {\em Chair: W. Kirsch} 
\begin{description}
\vspace{-1.8ex} \item{\em 14.00--14.20}
\\ Th. Hupfer (Erlangen): {\em On upper bounds on the density
of states for continuum Schr\"odinger operators with Gaussian 
random potentials and magnetic fields}
\vspace{-1.8ex} \item{\em 14.30--14.50}
\\ G. Stolz (Birmingham, Al.): {\em Multiparameter spectral 
averaging and localization for the random displacement model}
\vspace{-1.8ex} \item{\em 15.00--15.20}
\\ F. Klopp (Paris 13): {\em Coexistence of different spectral 
types for quasi\-periodic Schr\"odinger equations in dimension one}
\vspace{-1.8ex} \item{\em 15.30--15.50}
\\ P. M\"uller (G\"ottingen): {\em Aspects of a localization proof 
for continuum Schr\"odinger operators with Gaussian random 
potentials}
\\
\vspace{-1.8ex} \item{\em 15.50--16.30 \qquad Coffee break}
\end{description}

\subsection*{Second afternoon session } 

\begin{center} Lecture room 103 \end{center} 

\noindent {\em Chair: J.-M. Combes} 
\begin{description}
\vspace{-1.8ex} \item{\em 16.30--16.50}
\\ P. Kuchment (Wichita): {\em On spectral problems of photonic 
crystals \newline theory}
\vspace{-1.8ex} \item{\em 17.00--17.20}
\\ A. Moroz (Amsterdam): {\em ``Gapology" for photonic
crystals}
\vspace{-1.8ex} \item{\em 17.30--17.50}
\\ A. Tip (Amsterdam): {\em Quantization of conservative and lossy 
dielectrics}
\end{description}

\begin{center} Lecture room 114 \end{center} 

\noindent {\em Chair: M.B. Ruskai} 
\begin{description}
\vspace{-1.8ex} \item{\em 16.30--16.50}
\\ M. Damnjanovi\'{c} (Beograd): {\em Generalized Heisenberg-Dirac 
\newline Hamiltonian}
\vspace{-1.8ex} \item{\em 17.00--17.20}
\\ B. Meller (Santiago de Chile): {\em Resonances in a box}
\vspace{-1.8ex} \item{\em 17.30--17.50}
\\ N. Zettili (Dhahran): {\em Construction of an exactly 
solvable fermion model}
\end{description}

\begin{center} Lecture room 115 \end{center} 

\noindent {\em Chair: D. Yafaev} 
\begin{description}
\vspace{-1.8ex} \item{\em 16.30--16.50}
\\ P. Kurasov (Stockholm): {\em Few-body Krein's formula}
\vspace{-1.8ex} \item{\em 17.00--17.20}
\\ Ch. Schulte (Clausthal): {\em Quantum-mechanical symmetries 
and self-adjoint extensions on the pointed plane}
\vspace{-1.8ex} \item{\em 17.30--17.50}
\\ V. Mikhailets (Bialystok): {\em Schr\"odinger operators with 
local point \newline interactions in dimension one}
\end{description}

\begin{center} Lecture room 215 \end{center} 

\noindent {\em Chair: I. Shereshevsky} 
\begin{description}
\vspace{-1.8ex} \item{\em 16.30--16.50}
\\ P. O'Hara (Chicago): {\em Bell's inequality and the Pauli 
exclusion \newline principle}
\vspace{-1.8ex} \item{\em 17.00--17.20}
\\ L. Remezo (Liege): {\em Symmetries of a completely integrable
Hamiltonian system}
\vspace{-1.8ex} \item{\em 17.30--17.50}
\\ M. Horv\'ath (Budapest): {\em Convergence and localization 
properties of the spectral expansion of Schr\"odinger and Dirac
operators}
\\
\vspace{-1.8ex} \item{\em 19.30--21.00} \qquad {\bf Concert}
\end{description}

%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
\newpage

\section*{Wednesday June 24}

\subsection*{First morning session } 

\noindent {\em Chair: S.T. Kuroda} 
\begin{description}
\vspace{-1.8ex} \item{\em 9.00--10.00}
\\ J. Bellissard (UPS Toulouse): {\em  Electronic transport
revisited: the variable range hopping theory} 
\vspace{-1.8ex} \item{\em 10.00--11.00}
\\ E.H. Lieb (Princeton): {\em  The ground state of low density Bose
gas} 
\\
\vspace{-1.8ex} \item{\em 11.00--11.45 \qquad Coffee break}
\end{description}

\subsection*{Second morning session } 

\noindent {\em Chair: R. Seiler} 
\begin{description}
\vspace{-1.8ex} \item{\em 11.45-12.45}
\\ M.S. Birman (St. Petersburg): {\em  Two-dimensional 
periodic magnetic Hamiltonian with discontinuous vector potential 
is absolutely continuous}
\\
\vspace{-1.8ex} \item{\em 12.45-14.00 \qquad Lunch break}
\\
\vspace{-1.8ex} \item{\em 14.00--18.00} \qquad {\bf Sightseeing}
\end{description}

%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
\newpage

\section*{Thursday June 25}

\subsection*{First morning session } 

\noindent {\em Chair: J.E. Avron} 
\begin{description}
\vspace{-1.8ex} \item{\em 9.00--10.00}
\\ B. Simon (Caltech, Pasadena): {\em  A new approach 
to inverse spectral theory}
\vspace{-1.8ex} \item{\em 10.00--10.30}
\\ Y. Colin de Verdiere (Grenoble): {\em  Singular 
Bohr-Sommerfeld quantization condition}
\\
\vspace{-1.8ex} \item{\em 10.30--11.15 \qquad Coffee break}
\end{description}

\subsection*{Second morning session } 

\noindent {\em Chair: E.H. Lieb} 
\begin{description}
\vspace{-1.8ex} \item{\em 11.15-12.15}
\\ J. Yngvason
(Vienna): {\em  Quantum dots} 
\vspace{-1.8ex} \item{\em 12.15-12.45}
\\  E.M. Harrell (Atlanta): {\em  Schr\"odinger operators 
containing curvature}
\\
\vspace{-1.8ex} \item{\em 12.45-14.00 \qquad Lunch break}
\end{description}

\subsection*{First afternoon session } 

\begin{center} Lecture room 103 \end{center} 

\noindent {\em Chair: V. Ivrii} 
\begin{description}
\vspace{-1.8ex} \item{\em 14.00--14.20}
\\ P. Hislop (Lexington): {\em Band edge localization and the density
of states for acoustic and electromagnetic waves in random media}
\vspace{-1.8ex} \item{\em 14.30--14.50}
\\ F. Germinet (Paris 7): {\em Dynamical localization and spectral 
properties. Application to random and quasi-periodic Schr\"odinger
operators}
\vspace{-1.8ex} \item{\em 15.00--15.20}
\\ W. Kirsch (Bochum): {\em On the spectral theory of 
random Schr\"odinger operators}
\vspace{-1.8ex} \item{\em 15.30--15.50}
\\ S. Tcheremchantsev (Orleans): {\em Transport properties of 
Markovian Anderson model}
\end{description}

\begin{center} Lecture room 114 \end{center} 

\noindent {\em Chair: T. Suslina} 
\begin{description}
\vspace{-1.8ex} \item{\em 14.00--14.20}
\\ V. Geyler (Saransk): {\em Band structure of the spectrum in 
some models with a magnetic field}
\vspace{-1.8ex} \item{\em 14.30--14.50}
\\ M. Gruber (Berlin): {\em Spectral nature of the Schr\"odinger 
operator with periodic magnetic field (rational flux)}
\vspace{-1.8ex} \item{\em 15.00--15.20}
\\ O. Safronov (Stockholm): {\em The discrete spectrum in the gaps 
of the continuous one for sign indefinite perturbations with a 
large coupling constant}
\vspace{-1.8ex} \item{\em 15.30--15.50}
\\ I. Milo\v{s}evi\'c (Beograd): {\em Symmetry classification of 
carbon nanotubes}
\end{description}

\begin{center} Lecture room 115 \end{center} 

\noindent {\em Chair: S. De Bievre} 
\begin{description}
\vspace{-1.8ex} \item{\em 14.00--14.20}
\\ D. Herrmann (Nijmegen): {\em On spectral properties of 
Harper-like \newline models}
\vspace{-1.8ex} \item{\em 14.30--14.50}
\\ U. Kuhl (Marburg): {\em A microwave realization of the 
Hofstadter \newline butterfly}
\vspace{-1.8ex} \item{\em 15.00--15.20}
\\ I. Popov (St. Petesburg): {\em Solvable models for serially 
connected \newline Aharonov-Bohm rings and localization effects}
\vspace{-1.8ex} \item{\em 15.30--15.50}
\\ W. Spitzer (Princeton): {\em Hydrodynamics of quasi-free 
quantum systems}
\end{description}

\newpage

\begin{center} Lecture room 215 \end{center} 

\noindent {\em Chair: R. del Rio} 
\begin{description}
\vspace{-1.8ex} \item{\em 14.00--14.20}
\\ {\em no talk}
\vspace{-1.8ex} \item{\em 14.30--14.50}
\\ E. Korotyaev (St. Petersburg): {\em Inverse problem for the Hill 
operator and estimates}
\vspace{-1.8ex} \item{\em 15.00--15.20}
\\ J. Brasche (Bonn): {\em Inverse spectral theory for self-adjoint
extensions}
\vspace{-1.8ex} \item{\em 15.30--15.50}
\\ V. Pivovarchik (Odessa): {\em Some examples of inverse 
Sturm-Liouville problem with three spectra}
\\
\vspace{-1.8ex} \item{\em 15.50--16.30 \qquad Coffee break}
\end{description}

\subsection*{Second afternoon session } 

\begin{center} Lecture room 103 \end{center} 

\noindent {\em Chair: F. Gesztesy} 
\begin{description}
\vspace{-1.8ex} \item{\em 16.30--16.50}
\\ G. Rozenblioum (G\"oteborg): {\em Eigenvalue estimates for
Schr\"odinger-like operators with magnetic field}
\vspace{-1.8ex} \item{\em 17.00--17.20}
\\ T. Weidl (Stockholm): {\em Another look at Cwikel's inequality}
\vspace{-1.8ex} \item{\em 17.30--17.50}
\\ W. Renger (Clausthal): {\em Limiting absorption principle 
for singularly perturbed operators}
\end{description}

\newpage 

\begin{center} Lecture room 114 \end{center} 

\noindent {\em Chair: V.I. Inozemtsev} 
\begin{description}
\vspace{-1.8ex} \item{\em 16.30--16.50}
\\ G. L\'evai (Debrecen): {\em Exactly solvable quantum mechanical
potential problem}
\vspace{-1.8ex} \item{\em 17.00--17.20}
\\ M. Znojil (Prague): {\em Asymptotically decreasing potentials
with discrete spectra}
\vspace{-1.8ex} \item{\em 17.30--17.50}
\\ J.L. Cari\~nena (Zaragoza): {\em The Riccati equation and exactly 
solvable Hamiltonians}
\vspace{-1.8ex} \item{\em 18.00--18.20}
\\ A. Onipko (Kiev): {\em Quantum conductance of molecular wires: 
Green function description of real systems}
\end{description}

\begin{center} Lecture room 115 \end{center} 

\noindent {\em Chair: G. Casati} 
\begin{description}
\vspace{-1.8ex} \item{\em 16.30--16.50}
\\ P. \v{S}eba (Slemeno): {\em Vortices in energy transport in a flat
electromagnetic resonator --- theory and experiment}
\vspace{-1.8ex} \item{\em 17.00--17.20}
\\ P. Leach (Durban): {\em A classicist's opinion on quantum 
chaos}
\vspace{-1.8ex} \item{\em 17.30--17.50}
\\ Y. Fyodorov (Essen): {\em S-matrix statistics in quantum 
chaotic scattering: poles, phaseshifts and time delays}
\vspace{-1.8ex} \item{\em 18.00--18.20}
\\ S. Gnutzmann (Essen): {\em Quantum chaos and SU(3) dynamics}
\end{description}

\begin{center} Lecture room 215 \end{center} 

\noindent {\em Chair: A. Jensen} 
\begin{description}
\vspace{-1.8ex} \item{\em 16.30--16.50}
\\ E. Elizalde (Barcelona): {\em The determinant anomaly in 
low-dimensional quantum systems}
\vspace{-1.8ex} \item{\em 17.00--17.20}
\\ B. Grebert (Nantes): {\em KAM theorem for nonlinear Schr\"odinger 
operator}
\vspace{-4.8ex} \item{\em 17.30--17.50}
\\ W. Scherer (Clausthal): {\em KAM theory for quantum systems}
\item{\em 19.00--23.00} \qquad {\bf Conference dinner}
\end{description}

%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
\newpage

\section*{Friday June 26}

\subsection*{First morning session } 

\noindent {\em Chair: B. Simon} 
\begin{description}
\vspace{-1.8ex} \item{\em 9.00--10.00}
\\ R. Seiler (TU Berlin): {\em  Integrals of the discrete quantum
pendulum}  
\vspace{-1.8ex} \item{\em 10.00--10.30}
\\ E. Mourre (Marseille): {\em  Geometry of decay properties 
for resolvent of a self-adjoint operator}
\\
\vspace{-1.8ex} \item{\em 10.30--11.15 \qquad Coffee break}
\end{description}

\subsection*{Second morning session } 

\noindent {\em Chair: L. Sadun
\begin{description}
\vspace{-1.8ex} \item{\em 11.15-12.15}
\\ G. Casati (Milano): {\em  Relaxation in quantum chaos}
\vspace{-1.8ex} \item{\em 12.15-12.45}
\\ R. del Rio Castillo (Mexico City): {\em  Boundary condition 
dependence for spectral measures of Sturm-Liouville operator}
\\
\vspace{-1.8ex} \item{\em 12.45-14.00 \qquad Lunch break}
\end{description}

\subsection*{First afternoon session } 

\begin{center} Lecture room 103 \end{center} 

\noindent {\em Chair: V. Geyler} 
\begin{description}
\vspace{-1.8ex} \item{\em 14.00--14.20}
\\ W. Karwowski (Wroclaw): {\em Schr\"odinger operators perturbed 
by \newline operators related to null sets}
\vspace{-1.8ex} \item{\em 14.30--14.50}
\\ J.-C. Guillot (Paris 13): {\em Inverse scattering at 
fixed energy for layered media}
\vspace{-1.8ex} \item{\em 15.00--15.20}
\\ T. Cheon (Kochi): {\em Exotic wavefunction aholonomy in 
one-dimensional quantum mechanics of generalized pointlike
potentials}
\end{description}

\begin{center} Lecture room 114 \end{center} 

\noindent {\em Chair: V. Zagrebnov} 
\begin{description}
\vspace{-1.8ex} \item{\em 14.00--14.20}
\\ G. Sobczyk (Puebla, Mexico): {\em Mathematics of quantum 
computing}
\vspace{-1.8ex} \item{\em 14.30--14.50}
\\ J. Krause (Santiago do Chile): {\em Solvable models in 
non-Abelian \newline quantum kinematics and dynamics}
\vspace{-1.8ex} \item{\em 15.00--15.20}
\\ J. Dittrich (Prague): {\em Massive scalar field in in an 
oscillating bounded region}
\end{description}

\begin{center} Lecture room 115 \end{center} 

\noindent {\em Chair: D. Robert} 
\begin{description}
\vspace{-1.8ex} \item{\em 14.00--14.20}
\\ Z. Haba (Wroclaw): {\em The classical limit of quantum dissipative 
\newline systems}
\vspace{-1.8ex} \item{\em 14.30--14.50}
\\ A. Kargol (Famagusta): {\em A semiclassical method for Coulomb 
\newline scattering}
\vspace{-1.8ex} \item{\em 15.00--15.20}
\\ Z. Papp (Debrecen): {\em The three-body Coulomb problem in
three- \newline potential formalism}
\end{description}

\begin{center} Lecture room 215 \end{center} 

\noindent {\em Chair: H. Neidhardt} 
\begin{description}
\vspace{-1.8ex} \item{\em 14.00--14.20}
\\ Ch.-A. Guerin (Marseille): {\em Time-dependent scattering on
fractal \newline measures}
\vspace{-1.8ex} \item{\em 14.30--14.50}
\\ A. Suzko (Dubna): {\em Bargmann-Darboux transformations for 
parametric Schr\"odinger equations}
\vspace{-1.8ex} \item{\em 15.00--15.20}
\\ O. Mustafa (Famagusta): {\em The shifted-l expansion technique
to get eigenvalues of Schr\"odinger, Dirac, and Klein-Gordon wave 
equation}
\\
\vspace{-1.8ex} \item{\em 15.20--16.00 \qquad Coffee break}
\end{description}

\subsection*{Second afternoon session } 

\begin{center} Lecture room 103 \end{center} 

\noindent {\em Chair: G.M. Zhislin} 
\begin{description}
\vspace{-1.8ex} \item{\em 16.00--16.20}
\\ I. Krasovsky (Dresden): {\em Explicit solution to some 
second-order differen\-tial and q-difference eigenvalue equations
related to $sl_2$ and $U_q(sl_2)$}
\vspace{-1.8ex} \item{\em 16.30--16.50}
\\ J. Yanez (Santiago de Chile): {\em Variational principle for the 
chemical potential in the Thomas-Fermi theory}
\end{description}

\begin{center} Lecture room 114 \end{center} 

\noindent {\em Chair: J. Brasche} 
\begin{description}
\vspace{-1.8ex} \item{\em 16.00--16.20}
\\ G. Chadzitaskos (Prague): {\em Coherent states over ${\bf C}^M$}
\end{description}

\begin{center} Lecture room 115 \end{center} 

\noindent {\em Chair: P. L\'evay} 
\begin{description}
\vspace{-1.8ex} \item{\em 16.00--16.20}
\\ N. Topor (Schenectady): {\em Perturbation theory for boundary 
S-matrix in 2D quantum field theory}
\end{description}

%\newpage

\begin{center} Lecture room 215 \end{center} 

\noindent {\em Chair: V. Koshmanenko} 
\begin{description}
\vspace{-1.8ex} \item{\em 16.00--16.20}
\\ O. Deryuzkova (Gomel): {\em Solving of the main equation of 
Poincar\'{e} \newline invariant quantum mechanics for model potential}
\vspace{-1.8ex} \item{\em 16.30--16.50}
\\ R. Adami (Roma): {\em The anisotropic Aharonov-Bohm effect}
\end{description}

\end{document}