Betz, Volker - Mathematics Institute, University of Warwick

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Betz, Volker - Mathematics Institute, University of Warwick

Precise coupling terms in adiabatic quantum evolution
Spatial random permutations with cycle weights Volker Betz
13 July 2010 SPATIAL RANDOM PERMUTATIONS AND
RANDOM PERMUTATIONS WITH CYCLE WEIGHTS VOLKER BETZ, DANIEL UELTSCHI, YVAN VELENIK
EFFECTIVE DENSITY OF STATES FOR A QUANTUM OSCILLATOR COUPLED TO A PHOTON FIELD
Ground state properties of the Nelson Hamiltonian -A Gibbs measure-based approach
A central limit theorem for Gibbs measures relative to Brownian motion
A CHAIN OF INTERACTING PARTICLES UNDER STRAIN MICHAEL ALLMAN, VOLKER BETZ AND MARTIN HAIRER
Zentrum Mathematik Technische Universitat Munchen
Landau-Zener formulae from adiabatic transition histories
Precise coupling terms in adiabatic quantum evolution: The generic case.
BREAKING THE CHAIN MICHAEL ALLMAN AND VOLKER BETZ
Emergence of exponentially small reflected Volker Betz
THE CRITICAL TEMPERATURE OF DILUTE BOSE GASES: A TENTATIVE EXACT APPROACH USING
NON-ADIABATIC TRANSITIONS THROUGH TILTED AVOIDED VOLKER BETZ AND BENJAMIN D. GODDARD
OSCILLATORY SUMS VOLKER BETZ, VASSILI GELFREICH AND FLORIAN THEIL
SPATIAL RANDOM PERMUTATIONS WITH SMALL CYCLE WEIGHTS
Accurate prediction of non-adiabatic transitions through avoided crossings Volker Betz and Benjamin D. Goddard
SUPERADIABATIC TRANSITIONS IN QUANTUM MOLECULAR DYNAMICS
SPATIAL RANDOM PERMUTATIONS AND INFINITE CYCLES VOLKER BETZ AND DANIEL UELTSCHI
February 27, 2009 9:30 WSPC/INSTRUCTION FILE rev-betzhiros0723 Gibbs measures with double stochastic integrals on a path space
Uniqueness of Gibbs measures relative to Brownian motion Volker Betz and Jozsef Lorinczi
Existence of Gibbs measures relative to Brownian motion Volker Betz
October 6, 2009 16:53 WSPC -Proceedings Trim Size: 9.75in x 6.5in vbetzicmp09 Radiationless transitions through avoided crossings
June 12, 2006 14:27 WSPC -Proceedings Trim Size: 9in x 6in ws-procs9x6 FOR PROCEEDINGS CONTRIBUTORS
Gibbs measures on Brownian paths: Theory and applications
On the Critical Temperature of Dilute Bose Gases Volker Betz and Daniel Ueltschi