The generation, manipulation, storage, and detection of single photons play a central role in
emerging photonic quantum information technology. Individual photons serve as flying …

The fundamental understanding of quantum dot (QD) growth mechanism is essential to
improve QD based optoelectronic devices. The size, shape, composition, and density of the …

Using the effective mass and parabolic band approximations, and the finite element method,
we calculate the combined effects of axially applied electric and magnetic fields on the …

Under constant electric and magnetic fields, the potential profile of the honeycomb quantum
well wire (HQWW) is studied for varying intense laser fields to trigger and optimize high …

Manipulating the optical landscape of single quantum dots (QDs) is essential to increase the
emitted photon output, enhancing their performance as chemical sensors and single-photon …

We present self-assembly of InAs/InAlAs quantum dots by the droplet epitaxy technique on
vicinal GaAs (111) A substrates. The small miscut angle, while maintaining the symmetries …

We report the fabrication of highly ordered arrays of GaAs/AlGaAs quantum dots (QDs) by
droplet epitaxy using in situ direct laser interference patterning. Two-dimensional arrays of …

We investigated metal-organic vapor phase epitaxy grown droplet epitaxy (DE) and Stranski–
Krastanov (SK) InAs/InP quantum dots (QDs) by cross-sectional scanning tunneling …

Using atomistic, million-atom screened pseudopotential theory together with configuration
interaction, as well as atomically resolved structures based on experimental …

We analyzed the growth dynamics during the heteroepitaxy on a GaAs (111) A surface
under an As2 flux. The growth is significantly influenced by the Ehrlich–Schwöbel effect …