Chemical Physics, 2004, V 296, N2-3, 26 January.

           
The Spin-Boson Problem: From Electron Transfer to
Quantum Computing ... to the 60th Birthday of Professor Ulrich Weiss 
Edited by: H. Grabert, A. Nitzan  
 
   
    
1.   
 Preface, 
Hermann Grabert and Abraham Nitzan
 Pages 101-102 

2.   
 Constructing quantum dynamics from mixed quantum-classical
 descriptions,
 V. Barsegov and P. J. Rossky
  Pages 103-115 

3.   
 Condensed phase vibrational relaxation: calibration of approximate
 relaxation theories with analytical and numerically exact results,
 Rob D. Coalson and Deborah G. Evans
  Pages 117-127

4.   
 Critical tests of a new master equation approach to nonadiabatic quantum
 dissipative systems, 
 Andrei A. Golosov and David R. Reichman
 Pages 129-134

5.   
 Study of some approximation schemes in the spin-boson 
 problem, 
 V. M. Kenkre and L. Giuggioli
 Pages 135-148

6.   
 The mapping approach in the path integral formalism applied 
 to curve-crossing systems*1, 
 Alexey Novikov, Ulrich Kleinekathofer and Michael Schreiber
 Pages 149-158

7.   
 Simulating spin-boson dynamics with stochastic
 Liouville–von Neumann equations*1, 
 Jurgen T. Stockburger
 Pages 159-169 

8.   
 Vibrational coherence in electron transfer: an exactly
 solvable model*1, 
 Jaremy Creechley and Yuri Dahnovsky
 Pages 171-180

9.   
 Breakdown of the Born–Oppenheimer–
 Condon–Marcus approximation in long distance 
 electron transfer, 
 E. S. Medvedev and A. A. Stuchebrukhov
 Pages 181-192 

10.   
 Electron transfer rates for asymmetric reactions*1,
 L. Muhlbacher and R. Egger
  Pages 193-199 

11.   
 A density-matrix model of photosynthetic electron transfer
 with microscopically estimated vibrational relaxation times, 
 William W. Parson and Arieh Warshel
 Pages 201-216

12.   
 Theoretical study of vibrational wave-packet dynamics in
 electron-transfer systems*1,
 Michael Thoss, Wolfgang Domcke and Haobin Wang
  Pages 217-229 

13.   
 Modulations of electronic tunneling rates through flexible
 molecular bridges by a dissipative superexchange 
 mechanism, 
 Musa Abu-Hilu and Uri Peskin
 Pages 231-241 

14.   
 Charge transport through a molecule driven by a 
 high-frequency field*1, 
 Sigmund Kohler, Sebastien Camalet, Michael Strass, 
 Jorg Lehmann, Gert-Ludwig Ingold and Peter Hanggi
 Pages 243-249 

15.   
 Spin-boson description of electron transmission
 through a molecular wire*1, 
 E. G. Petrov, V. May and P. Hanggi
 Pages 251-266

16.   
 Generalized spin-boson analysis of c-axis transport 
 in layered superconductors*1, 
 Sushanta Dattagupta
 Pages 267-272

17.   
 Optimizing terahertz emission from double quantum wells*1, 
 Ke Dong and Nancy Makri
 Pages 273-279 

18.   
 Crossovers in spin-boson and central spin models,
 P. C. E. Stamp and I. S. Tupitsyn
 Pages 281-293 

19.   
 Dynamics of a large spin with weak dissipation*1,
 T. Vorrath, T. Brandes and B. Kramer
  Pages 295-300 

20.   
 Thermal conductivity by two-level systems in 
 glasses*1, 
 Alois Wurger and Doru Bodea
 Pages 301-306 

21.   
 Coherence control for qubits*1, 
 Karen M. Fonseca-Romero, Sigmund Kohler 
 and Peter Hanggi
 Pages 307-314 

22.   
 Dissipative effects in Josephson qubits*1,
 Yuriy Makhlin, Gerd Schon and Alexander Shnirman
 Pages 315-324 

23.   
 Modulation of dephasing due to a spin-boson 
 environment*1, 
 E. Paladino, M. Sassetti and G. Falci
 Pages 325-332 

24.   
 Dynamics of the spin-boson model with a 
 structured environment*1, 
 M. Thorwart, E. Paladino and M. Grifoni
 Pages 333-344 

25.   
 The spin-boson model with a structured environment: 
 a comparison of approaches*1, 
 F. K. Wilhelm, S. Kleff and J. von Delft
 Pages 345-353 

26.   
 Author index, 
 Pages 355-357 

27.   
 Subject Index, 
 Pages 359-366 

28.   
 Editorial board, 
 Page CO2