Optoelectronic modulation of neural activity is an emerging field for the investigation of
neural circuits and the development of neural therapeutics. Among a wide variety of …

Employing direct Z-scheme semiconductor heterostructures in photocatalysis offers efficient
charge carrier separation and isolation of both redox reactions, thus beneficial to reduce CO …

Nanostructured semiconductors have the unique shape/size-dependent band gap tunability,
which has various applications. The quantum confinement effect allows controlling the …

Light-induced stimulation of neurons via photoactive surfaces offers rich opportunities for the
development of therapeutic methods and high-resolution retinal prosthetic devices …

This study presents a simple one-band model within the effective mass approximation to
describe the electric field impact on the energy structure and interband electron quantum …

Capacitive charge transfer at the electrode/electrolyte interface is a biocompatible
mechanism for the stimulation of neurons. Although quantum dots showed their potential for …

ZnS nanoparticles were synthesized mechanochemically by high-energy milling. In order to
investigate influence off milling time to sample properties, samples were produced in three …

The effect of homogeneous magnetic field and location of donor impurity on the electron
energy spectrum and distribution of its probability density in spherical core-shell quantum …

Theoretical studies on excitonic and optical properties of a single exciton confined in an
InP/ZnS heterostructure core/shell quantum dot embedded in various dielectric …

Using the one band effective mass approximation model we computed the optical properties
of the spherical shaped CdSe/ZnS and Cdse/ZnSe core–shell quantum dot (CSQD). For …