We theoretically study how reflection asymmetry affects the neutral exciton diamagnetic
coefficient in self-assembled InGaAs/GaAs semiconductor wobbled quantum rings. The …

We present an efficient method for simulation of the inhomogeneous broadening of
photoluminescence peaks of dispersive ensembles of semiconductor nano-objects. Using …

論文的第一部分涵蓋了光譜橢偏儀在近紅外波段(700-1000nm) 可使樣品置於低溫(~ 4.2 K)
和強磁場(磁場最高達14T) 下量測的設計和實現. 論文中將詳細探討在低溫環境下系統的光學和 …

在這份研究裡, 我們使用映像法以及直接對角化法來計算激子在自組性半導體量子環的反磁性
能量位移. 映像法能夠在三維空間中描述該量子環的物質特性, 而直接對角化法則提供了一個 …

Here we investigate the influence of a constant magnetic field on the energy levels and
optical properties of excitons in a double quantum disk (quantum molecule). Taking into …

We report on the design and implementation of a spectral ellipsometer at near-infrared
wavelength (700–1000 nm) for samples placed in high magnetic fields (up to 14 T) at low …

We simulate magneto‐excitons confined in asymmetrically wobbled three‐dimensional
InAs/GaAs nano‐rings. The wobbling asymmetry reproduces realistic experimental …

We theoretically study an impact of the coherent manipulation of electronic states in an
asymmetrical double InAs/GaAs quantum dot molecule on the magneto-optical response …

A general theoretical description of the physical response of dispersive ensembles of
semiconductor nano-sized objects of complex geometries, material compositions, and …

We theoretically study optical response of InAs/GaAs quantum dot multilayered structures.
Based on the multi-scale hybrid discrete-continuum description the optical response of an …