The growing demand for nano-sized and efficient semiconductors leading to a technological
revolution in quantum technology has unleashed into the development of new types of …

The temporal growth and spatial amplification of electrostatic waves due to the interaction of
an electron beam with a partially spin polarized degenerate magnetized plasma are studied …

Applying the separate spin evolution-quantum hydrodynamic model incorporating Coulomb
exchange interaction, the instabilities of upper hybrid mode and beam driven mode due to …

The influence of quantum effects on the excitation of two instabilities, namely quantum dust-
acoustic and quantum dust-lower-hybrid waves due to the free streaming of ion/dust …

In this letter, the propagation characteristics of lower hybrid waves are investigated in
electron–ion degenerate plasma with exchange effect considering non-relativistic, relativistic …

The THz spectrum excited by an external electron beam is studied in semiconductor
systems. The beam electrons interact with the medium particles to excite a wave at the …

This study investigates the modulation instability of magnetosonic waves in a
semiconducting quantum plasma system. Utilizing the quantum hydrodynamic model, we …

The excitation of electrostatic hole-cyclotron waves generated by an externally injected
electron beam in semiconductor plasmas is examined using a quantum hydrodynamic …

The influence of the spin quantum forces along with other quantum parameters, including
the Bohmian force, spin quantum force, exchange–correlation potential, and quantum …

Some new features of waves inside the cylindrical waveguide on employing the separated
spin evolution quantum hydrodynamic model are evoked. Primarily, the instability of …