A photon Green's function theory is used to incorporate Bethe- Salpeter-like many body corrections in the the computations of nonlinear optical spectra of semiconductor quantum well laser materials. The numerical results presented reproduce several features found in the experimental characterization of the actual devices
Introduction. Generalized Green's functions. Equations of motion for the generalized single-particle...
Introduction. Generalized Green's functions. Equations of motion for the generalized single-particle...
This work analyzes the influence of Coulomb effects with increasing degree of complexity, starting w...
A photon Green's function theory is used to incorporate Bethe- Salpeter-like many body corrections i...
A photon Green's function theory is used to incorporate Bethe-Salpeter-like many body corrections in...
A microscopic approach for the computation of semiconductor quantum well laser power spectra is pres...
A Green's function theory is applied to the description of luminescence and absorption spectra of lo...
A Green's function theory is applied to the description of luminescence and absorption spectra of lo...
A Green's function theory is applied to the description of luminescence and absorption spectra of lo...
Nonequilibrium optical gain is computed for quantum cascade lasers. The Greens functions theory cons...
A nonequilibrium Green’s-function T -matrix approach is presented for the consistent computation of ...
A nonequilibrium Green's functions approach is presented for the consistent computation of semicondu...
p. 105-116In low-dimensional systems, quantum-confinement and bandstructure effects strongly influen...
Introduction. Generalized Green's functions. Equations of motion for the generalized single-particle...
Introduction. Generalized Green's functions. Equations of motion for the generalized single-particle...
Introduction. Generalized Green's functions. Equations of motion for the generalized single-particle...
Introduction. Generalized Green's functions. Equations of motion for the generalized single-particle...
This work analyzes the influence of Coulomb effects with increasing degree of complexity, starting w...
A photon Green's function theory is used to incorporate Bethe- Salpeter-like many body corrections i...
A photon Green's function theory is used to incorporate Bethe-Salpeter-like many body corrections in...
A microscopic approach for the computation of semiconductor quantum well laser power spectra is pres...
A Green's function theory is applied to the description of luminescence and absorption spectra of lo...
A Green's function theory is applied to the description of luminescence and absorption spectra of lo...
A Green's function theory is applied to the description of luminescence and absorption spectra of lo...
Nonequilibrium optical gain is computed for quantum cascade lasers. The Greens functions theory cons...
A nonequilibrium Green’s-function T -matrix approach is presented for the consistent computation of ...
A nonequilibrium Green's functions approach is presented for the consistent computation of semicondu...
p. 105-116In low-dimensional systems, quantum-confinement and bandstructure effects strongly influen...
Introduction. Generalized Green's functions. Equations of motion for the generalized single-particle...
Introduction. Generalized Green's functions. Equations of motion for the generalized single-particle...
Introduction. Generalized Green's functions. Equations of motion for the generalized single-particle...
Introduction. Generalized Green's functions. Equations of motion for the generalized single-particle...
This work analyzes the influence of Coulomb effects with increasing degree of complexity, starting w...