Rev. Math. Phys.33, issue 1 (2021)
special issue with papers from QMath14 in Aarhus, August 2019
co-editors: Matthias Christandl, Horia Cornean, Søren Fournais, Jacob Schach Møller
Markov Processes Relat. Fields21, issue 3 (2015)
special issue dedicated to Leonid Andreyevich Pastur
co-editors: Boris Khoruzhenko, Werner Kirsch
As author
Return probability on Bienaymé-Galton-Watson trees and spectral asymptotics of sparse Erdős-Rényi random graphs
co-authors: Markus Heydenreich, Sara Terveer Abstract / full text from arXiv
Perturbations of continuum random Schrödinger operators with applications to
Anderson orthogonality and the spectral shift function J. Spectr. Theory9, 921 – 965 (2019)
co-authors: Adrian Dietlein, Martin Gebert Abstract / full text from arXiv
Abstract / full text from journal
A bound on the averaged spectral shift function and a lower bound on the density of states
for random Schrödinger operators on Rd Intern. Math. Research Not. (IMRN)2018, 6673 – 6697 (2018)
co-authors: Adrian Dietlein, Martin Gebert, Peter Hislop, Abel Klein Abstract / full text from arXiv
Abstract / full text from journal
Ac-conductivity and electromagnetic energy absorption for the Anderson model in linear response theory Markov Processes Relat. Fields21, 575 – 590 (2015)
co-author: Abel Klein Abstract / full text from arXiv
Random colourings of aperiodic graphs:
Ergodic and spectral properties
(26 pages)
co-author: Christoph Richard Abstract / full text from arXiv
Percolation Hamiltonians
in Random Walks, Boundaries and Spectra, edited by D. Lenz, F. Sobieczky and W. Woess
Progress in Probability, vol. 64, 235 – 258
(Springer, Basel, 2011)
co-author: Peter Stollmann Abstract / full text from arXiv
Abstract / full text from book
A survey of rigorous
results on random Schrödinger operators for amorphous solids Markov Processes Relat. Fields 9, 729 – 760
(2003) co-authors: Hajo Leschke, Simone Warzel
A slightly longer and updated version appeared in
Interacting Stochastic Systems, edited by J.-D.
Deuschel and A. Greven (Springer, Berlin, 2005) pp.
119 – 151 Abstract /
full text from arXiv
Abstract / full text from book
Existence and
uniqueness of the integrated density of states for Schrödinger
operators with magnetic fields and unbounded random potentials Rev. Math. Phys. 13, 1547 – 1581
(2001) co-authors: Thomas Hupfer, Hajo Leschke, Simone Warzel
Abstract / full text from arXivAbstract / full text from
journal
The absolute
continuity of the integrated density of states for magnetic
Schrödinger operators with certain unbounded random
potentials Commun. Math. Phys. 221,
229 – 254 (2001) co-authors: Thomas Hupfer, Hajo Leschke,
Simone Warzel Abstract
/ full text from arXivAbstract
/ full text from journal
Dynamical properties
of random Schrödinger operators e-print
math-ph/9907002, 1999 co-authors: Jean-Marie Barbaroux,
Werner Fischer Abstract
/ full text from arXiv
Comment on ‘On the
Coulomb potential in one dimension’ by P Kurasov J.
Phys. A 30, 5579 – 5581 (1997) co-authors: Werner
Fischer, Hajo Leschke Abstract
/ full text from journal
Existence of the
density of states for multi-dimensional continuum Schrödinger
operators with Gaussian random potentials Commun.
Math. Phys.190, 133 – 141 (1997) co-authors:
Werner Fischer, Thomas Hupfer, Hajo Leschke Abstract
/ full text from arXivAbstract
/ full text from journal
Rigorous results on
Schrödinger operators with certain Gaussian random
potentials in multi-dimensional continuous space in
Differential equations, asymptotic analysis, and mathematical
physics, edited by M. Demuth, B.-W. Schulze (Akademie
Verlag, Berlin, 1997), pp. 105 – 112 co-authors: Werner
Fischer, Thomas Hupfer, Hajo Leschke Abstract
/ full text from arXiv
The
functional-analytic versus the functional-integral approach to
quantum Hamiltonians: The one-dimensional hydrogen atom J.
Math. Phys. 36, 2313 – 2323 (1995) co-authors:
Werner Fischer, Hajo Leschke Abstract
/ full text from arXivAbstract
/ full text from journal
On the averaged
quantum dynamics by white-noise Hamiltonians with and without
dissipation Ann. Physik (Leipzig) 7,
59 – 100 (1998) co-authors: Werner Fischer, Hajo Leschke
Abstract
/ full text from arXivAbstract
/ full text from journal
Appeared also in Understanding physics,
edited by A. K. Richter (Copernicus Gesellschaft e.V.,
Katlenburg-Lindau, 1998) pp. 79 – 121
How to get a lower
bound on the polaron ground-state energy from the path-integral
representation? in Path Integrals in Physics,
edited by V. Sa-yakanit, J.-O. Berananda, W. Sritrakool (World
Scientific, Singapore, 1994), pp. 347 – 354 co-authors: Werner
Fischer, Hajo Leschke Abstract
Path integration in
quantum mechanics by changing drift and time of the underlying
diffusion process in Path Integrals from meV to
MeV: Tutzing '92, edited by H. Grabert, A. Inomata, L.
Schulman, U. Weiss (World Scientific, Singapore, 1993), pp.
259 – 267 co-authors: Werner Fischer, Hajo Leschke Abstract
Path integration in
quantum physics by changing the drift of the underlying diffusion
process: applications of Legendre processes Ann.
Phys. (N.Y.)227, 206 – 221 (1993) co-authors: Werner
Fischer, Hajo Leschke Abstract /
full text from journal
Changing dimension
and time: two well-founded and practical techniques for path
integration in quantum physics J. Phys. A25, 3835 – 3853 (1992) co-authors: Werner Fischer, Hajo
Leschke Abstract
/ full text from journal