This work studies the thallium halogenide TlBr/BrCl quantum dot (QD) semiconductor
structure and specifies its optical properties. This QD structure is poorly studied. High gain is …

The modal gain of the undoped and doped B 0.1 In 0.9 P/GaP and B 0.1 In 0.9 P/BP
quantum dot (QD) structures are studied due to their importance, especially in Si-based …

This work studies the modal gain from I nx G a 1− x A sy S b 1− y/G a A s S b In_xGa_1-
xAs_ySb_1-y/GaAsSb quaternary quantum dots (QD) structures at different mole fractions of …

This work studies the thallium halogenide TlBr/TlBr x Cl 1-x quantum dot (QD)
semiconductor structure and specifies its optical gain. This QD structure is very few studied …

Due to the lack of work in structures containing thallium (Tl), this work is devoted to study of
Ga 8 Tl 2 N quantum-dot photodetectors. Parameters are specified first. This structure is …

This work studies the total gain of the InTlAsSb quantum dot structure, which is not studied
earlier. Adding thallium to structures makes it emit at larger wavelengths. The nonlinear …