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Michael Berman
Michael Berman
Professor of Computer Science, Hadassah Academic College
Verified email at edu.hadassah.ac.il
Title
Cited by
Cited by
Year
Time-dependent wavepacket calculations of molecular scattering from surfaces
RB Gerber, R Kosloff, M Berman
Computer Physics Reports 5 (2), 61-113, 1986
2091986
Nuclear dynamics in resonant electron-molecule scattering beyond the local approximation: The 2.3-eV shape resonance in
M Berman, H Estrada, LS Cederbaum, W Domcke
Physical Review A 28 (3), 1363, 1983
1561983
Projection-operator calculations for molecular shape resonances: The resonance in electron-hydrogen scattering
M Berman, C Mündel, W Domcke
Physical Review A 31 (2), 641, 1985
771985
Time-dependent solution of the Liouville-von Neumann equation: Non-dissipative evolution
M Berman, R Kosloff
Computer physics communications 63 (1-3), 1-20, 1991
731991
Solution of the time-dependent Liouville-von Neumann equation: dissipative evolution
M Berman, R Kosloff, H Tal-Ezer
Journal of Physics A: Mathematical and General 25 (5), 1283, 1992
651992
Projection-operator calculations for shape resonances: A new method based on the many-body optical-potential approach
M Berman, W Domcke
Physical Review A 29 (5), 2485, 1984
571984
Electron-molecule scattering in the optical-potential approach: surpassing second order
M Berman, O Walter, LS Cederbaum
Physical review letters 50 (25), 1979, 1983
561983
Fast calculation of excited-state potentials for rare-gas diatomic molecules: Ne2 and Ar2
M Berman, U Kaldor
Chemical Physics 43 (3), 375-383, 1979
251979
Aspects of nuclear dynamics in short-lived negative ion states
W Domcke, M Berman, H Estrada, C Mündel, LS Cederbaum
The Journal of Physical Chemistry 88 (21), 4862-4867, 1984
211984
The Schwinger variational method in electron-atom and electron-molecule scattering theory with polarisation
M Berman, U Kaldor
Journal of Physics B: Atomic and Molecular Physics 14 (20), 3993, 1981
191981
Direct calculation of complex resonance poles using separable expansions of the potential: Application to the shape resonance in electron- scattering
W Domcke, M Berman, C Mündel, HD Meyer
Physical Review A 33 (1), 222, 1986
141986
Rydberg states and the observes spectrum ArH
M Berman, U Kaldor, J Shmulovich, S Yatsiv
Chemical Physics 63 (1-2), 165-173, 1981
141981
Fractional driven-damped oscillator and its general closed form exact solution
M Berman, LS Cederbaum
Physica A: Statistical Mechanics and its Applications 505, 744-762, 2018
132018
Thermal quasiparticles with phase-space distribution
M Berman
Physical Review A 40 (4), 2057, 1989
121989
Questions of guilt
RJ Lifton, L Farber, W Phillips, R Sennett, I Kovel, A Egendorf
Partisan Review 39, 514-530, 1972
101972
An exponential gap relation for vibrational energy transfer in a dissipative medium
D Charutz, M Berman, RD Levine
Chemical physics letters 164 (5), 495-501, 1989
61989
Wigner phase-space representation of thermal excitations
M Berman
Physical Review A 42 (4), 1863, 1990
41990
Electron-molecule scattering with polarization using the schwinger variational principle
M Berman, U Kaldor
Chemical Physics Letters 79 (3), 489-493, 1981
41981
Theoretical study of electron transmission through N2
H Estrada, M Berman, LS Cederbaum, W Domcke
Chemical Physics Letters 97 (4-5), 352-356, 1983
31983
Analysis of the ambiguities in the definition of the local complex potential in resonant electron-molecule scattering
M Berman, LS Cederbaum, W Domcke
Journal of Physics B: Atomic and Molecular Physics 16 (5), 875, 1983
11983
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