Collective versus simple resonances in the nonlinear optical response; the sum over states representation nanostructures. Many-body Green function approach

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Physics Reports | 1995年 / 263卷 / 4-6期

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[1] Collective many-body resonances in four-wave mixing spectroscopy nanostructures. Many-body Green function approach
Physics Reports, 263 (4-6):
[2] Phonon effects in the optical response of periodic assemblies nanostructures. Many-body Green function approach
Physics Reports, 263 (4-6):
[3] The multidimensional spectral density and the Kramers-Kronig representation of the optical response nanostructures. Many-body Green function approach
Phys Rep, 4-6 (281):
[4] Combined phonon and static disorder effects on the optical response nanostructures. Many-body Green function approach
Phys Rep, 4-6 (270):
[5] Exciton scattering and relaxation probed by time and frequency resolved fluorescence nanostructures. Many-body Green function approach
Physics Reports, 263 (4-6):
[6] Four-wave mixing and luminescence of confined excitons in molecular aggregates and nanostructures. Many-body Green function approach
Chernyak, V
Wang, NJ
Mukamel, S
PHYSICS REPORTS-REVIEW SECTION OF PHYSICS LETTERS, 1995, 263 (4-6): : 213 - 309
[7] Many-body Green's function approach to attosecond nonlinear x-ray spectroscopy
Harbola, Upendra
Mukamel, Shaul
PHYSICAL REVIEW B, 2009, 79 (23):
[8] Linear and nonlinear optical response of dimethyl-amino-nitro-stilbene (DANS): Coupled oscillator representation versus sum-over-states picture
Beljonne, D
Bredas, JL
Chen, G
Mukamel, S
CHEMICAL PHYSICS, 1996, 210 (1-2) : 353 - 366
[9] Green function approach for the ab initio calculation of the optical and magneto-optical properties of solids:: Accounting for dynamical many-body effects -: art. no. 245112
Perlov, A
Chadov, S
Ebert, H
PHYSICAL REVIEW B, 2003, 68 (24):

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