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Programme
All
the lectures will take place in SM2
Monday
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8.30-9.30
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breakfast: coffee &
croissants
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9.30-10.30
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R. Ketzmerick: Flooding of
regular islands by chaotic states
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10.30-11.00
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coffee
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11.00-12.00
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D. Jakobson: On nodal sets
and spectral functions
|
12.00-1.00
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S. Gnutzmann:
Resolving isospectral 'drums' by counting nodal domains
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1.00-2.30
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lunch
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2.30-3.30
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M. Dennis: Maxwell's multipoles for random spherical functions, and the
Cosmic Microwave Background
|
3.30-4.30
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I. Williams: Nodal domain
statistics for quantum torus maps
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4.30-5.00
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coffee
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5.00-6.00
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J.D. Urbina: The
morphology of irregular eigenfunctions: random waves and periodic orbit
theory
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evening
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poster session with fresh Falafel
|
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Tuesday
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8.30-9.30
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breakfast: coffee &
croissants
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9.30-10.30
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M. Fromhold: Using quantum
mechanics to create chaos and current resonances in semiconductor
superlattices
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10.30-11.00
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coffee
|
11.00-12.00
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M. Sieber: Semiclassics of
wave functions in terms of spectral determinants
|
12.00-1.00
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S. Prado: Twinkling
exponents
|
1.00-2.30
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lunch
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2.30-3.30
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J.Keating: Wavefunction statistics for quantum star graphs
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3.30-4.30
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C. Wheeler: Boundary
corrections to random wave models: curvature and corners
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4.30-5.00
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coffee
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5.00-6.00
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A. Bäcker:
Randomization in chaotic quantum systems
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evening
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conference dinner in the departmental garden
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Wednesday
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8.30-9.30
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breakfast: coffee &
croissants
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9.30-10.30
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E. Bogomolny:
Statistical models of wave functions
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10.30-11.00
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coffee
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11.00-12.00
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S. Nonnenmacher: Scarred
and fractal eigenfunctions for periodic quantum maps
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12.00-1.00
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Y. Fyodorov: Time delay
distribution as a manifestation of eigenfunction fluctuations in
disordered and chaotic systems
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1.00-2.30
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lunch
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2.30-3.30
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H. Schanz: Phase-space correlations of chaotic eigenstates
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3.30-4.30
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E. Vergini: Matrix
elements between scar functions
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4.30-5.00
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coffee
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5.00-6.00
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J. Marklof: Quantum leaks
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