Quantum computing is a new and rapidly evolving paradigm for solving chemistry problems.
In previous work, we developed the Quantum Annealer Eigensolver (QAE) and applied it to …

Magnon-mediated spin transport across a nonmagnetic metal (NM) and ferromagnetic
insulator (FI) interface depends critically on electron-magnon coupling. We propose a route …

Quantum mechanical tunneling across smooth double barrier potentials is modeled using
Gaussian functions and is analyzed numerically and by using the WKB approximation. The …

We numerically demonstrate atomic Fabry–Perot resonances for a pulsed interacting Bose–
Einstein condensate (BEC) source transmitting through double Gaussian barriers. These …

Our study investigated the emergence of spatial quasi-bound states (QBSs) in graphene
monolayers induced by rectangular potential barriers. By solving the time-independent Dirac …

The oscillatory behavior of the transmission coefficient T as a function of energy is examined
for an attractive square well and a rectangular barrier. We calculate T using resonant state …

We examine the prospects of utilizing matter-wave Fabry–Pérot interferometers for
enhanced inertial sensing applications. Our study explores such tunneling-based sensors …

We report a formalism for the study of quasibound states, defined here broadly as those
states having a connectedness to true bound states through the variation of some physical …

Resonant tunneling quantum structures consist of asymmetric wells and barriers have been
investigated to find their optimized geometrical parameters and potential profile by the …

In many applications constant or piecewise constant refractive index profiles are used to
study the scattering of plane electromagnetic waves by a spherical object. When the …