Plenary talks
(with links to abstracts,
when available)
- Michael Aizenman, Princeton Univ., USA. "Stability of the ac Spectra of
Metric Tree Graphs under Random Perturbations" (joint work with R. Sims and
S. Warzel)
- Matthew Baker, Georgia Institute of Technology, USA. "Questions about quantum
graphs motivated by number theory"
- Gregory Berkolaiko, Texas A&M, USA. "Correlations within the spectrum
of a large quantum graph"
- Robert Carlson, U. Colorado, Colorado Springs, USA. "Linear Network Models
Related to Blood Flow"
- Fan Chung Graham, UC San Diego, USA. "Laplacians and the Cheeger inequality
for directed graphs"
- Pavel Exner, Nuclear Physics Inst. and Doppler Inst., Acad. Sci., Prague,
Czech Republic. "Approximations for and by quantum graph Hamiltonians"
- Mark Freidlin, U. Maryland, USA. "Incompressible Almost Planar 3D-Flows
and Stochastic Processes on an Open Book"
- Lenny Friedlander, University of Arizona, USA. "The determinant of the
Laplacian on a metric graph"
- Stephen Fulling, Texas A&M, USA. "Local spectral density and quantum
vacuum energy near a quantum graph vertex"
- Alexander Gamburd, Stanford, USA. "Expander graphs, random
matrices, and quantum chaos"
- Jonathan Keating, U. Bristol, UK. "Eigenvalue and eigenfunction statistics
for quantum star graphs"
- Jun Kigami, Kyoto University, Japan. "Resistance forms and RC-networks"
- Vadim Kostrykin, Fraunhofer Inst., Aachen, Germany. "Inverse Spectral
Problems for Quantum Graphs"
- Peter Kuchment, Texas A&M, USA. "On some spectral properties of
combinatorial and quantum graphs"
- Stanislav Molchanov, Univ. of N. Carolina, Charlotte, USA. "Localization on
quantum graphs"
- Petri Ola, Nevanlinna Institute, Helsinki, Finland.
"Pseudodifferential operators on graph"
- Boris Pavlov, Univ. of Auckland, New Zealand. "Quantitatively- consistent
modelling of quantum networks by quantum graphs with resonance nodes"
- Koby Rubinstein, Indiana Univ., USA. "Canonical Ginzburg-Landau limits
on graphs"
- Holger Schanz, Max-Planck-Institute, Gottingen, Germany. "Quantum
correlations: Hamiltonian chaos vs simple graphs"
- Robert Schrader, Freie Univ., Berlin, Germany. "Quantum scattering on
graphs and a solution to the Traveling Salesman Problem"
- Uzy Smilansky, Weizmann Inst., Israel.
" Isospectral quantum graphs"
- Alexander Sobolev, U. Sussex, UK. "Spectral statistics for the perturbed
Laplace operator on the torus"
- Michail Solomyak, Weizmann Inst., Israel. " On the spectrum of a self-adjoint
operator appearing in Smilansky's model of irreversible quantum graphs"
- Alexander Teplyaev, U. Connecticut, USA. "Energy and spectrum of Sierpinski
gasket type fractal"
- Audrey A. Terras, UC San Diego, USA. " What are zeta functions of graphs
and what are they good for?"