Titlebook: Advances in Solid State Physics; Bernhard Kramer Book 2001 Springer-Verlag Berlin Heidelberg 2001 Condensed matter physics.FEM.Helium-Atom

GEN

,Geometrie von Objektoberfl?chen,eflecting the structure-dependent low-symmetry and inhomogeneous strain, is demonstrated to have a strong impact on the few-particle states. Eight-band . calculations for the InAs/GaAs model system indicate both binding and anti-binding biexciton states depending on the separation of the electron an

瑪瑙

,Geometrie von Objektoberfl?chen,ied to manipulate the orbital and the spin part of the eigenstates, respectively. We extract the g-factor, the polarizability and the spin coherence time of a single exciton in a quantum dot. Vice versa, the emission spectrum of single electron-hole pairs is used to monitor statistical fluctuations

AMEND

instate

BUDGE

https://doi.org/10.1007/978-3-030-63416-2ble to investigate the duration of scattering events, i.e. the regime of quantum kinetics. This timescale is different from the well-known scattering time. The dynamics of this seemingly complicated many-body system can be understood within a simple and intuitive picture, that of electron-plasmon sc

DAFT

Wanqing Li,Zicheng Liu,Zhengyou Zhangis ultra-short-time regime which is dominated by quantum coherence, quantum kinetics with its memory effects yields an excellent description of corresponding four wave mixing (FWM) and differential transmission spectroscopy (DTS) experiments. The essential features of carrier-phonon scattering and t

parsimony

冰河期

我說不重要

Wanqing Li,Zicheng Liu,Zhengyou Zhang in partially coherent active semiconductor media. The origin of the anisotropy is attributed to the combination of spatial effects (carrier transport, diffraction and self-focusing) and the microscopic dynamics of the nonlinear active semiconductor medium reflecting the spatio-spectral gain and ref

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