Participants

Participant Affiliation Title of presentation
Salomon R. Billeter IBM Research, Zurich Research Laboratory, Switzerland Hybrid approach for including electronic and nuclear quantum effects in molecular dynamics simulations of hydrogen transfer reactions in enzymes and other systems
Sharon Hammes-Schiffer Pennsylvania State University, USA Multiconfigurational nuclear-electronic molecular orbital approach
Koji Ando University of Birmingham, UK Solvent nuclear and electronic quantum effects in electron transfer reactions
Gabriel Balint-Kurti University of Bristol, UK Time-Dependent Quantum Theory applied to electronically non-adiabatic dynamics of small molecules
Giovanni Ciccotti Università di Roma I "La Sapienza" Wigner approach to quantum-classical nonadiabatic dynamics
David Coker Boston University, USA Modeling charge transfer excited state dynamics in solution
James T. Hynes ENS, Paris, France On the theory of the dissociation of aromatic radical anions in solution: A ground electronic state conical intersection problem
Eberhard K. U. Gross Universität Würzburg, Germany Density functional theory of the combined system of electrons and nuclei
Jürg Hutter Universität Zürich, Switzerland Excited State Energy Surfaces from Density Functional Theory
Raymond E. Kapral University of Toronto, Canada Statistical Mechanics of Quantum-Classical Systems
Donal Mac Kernan CECAM, France Long Time Propagators for Mixed Quantum Classical Dynamics
Uwe Manthe TU München, Germany Quantum dynamics of non-adiabatic processes: System-bath separation and mixed quantum-classical dynamics
Craig C. Martens University of California, Irvine Simulating Quantum Processes using Entangled Classical Trajectories
Todd J. Martínez University of Illinois, USA Ab Initio and "Nearly Ab Initio" Quantum Molecular Dynamics
Nikos Doltsinis Ruhr-Universität Bochum, Germany Non-adiabatic Car-Parrinello molecular dynamics
William H. Miller University of California at Berkeley, USA Using the Semiclassical Initial Value Representation to Add Quantum Effects to Classical Molecular Dynamics Simulations
Oleg Prezhdo University of Washington, USA Incorporating quantum solvent effects into non-adiabatic molecular dynamics with application to ultrafast electron transfer from an organic donor to a semiconductor acceptor
Peter Rossky University of Texas, USA Computationally convenient description of electronic coherence evolution in mixed quantum-classical condensed phase simulations
Michael Thoss TU München, Germany Systematic convergence in the dynamical hybrid approach: A method to describe quantum dynamics in dissipative systems

This list is not yet final

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SB, 04-11-2002