Recent experimental and theoretical work shows that it is possible to make doubly charged excitons in bilayer structures of two-dimensional (2D) materials.
This theoretical effort is to develop the quantum electrodynamics (QED) formalism and study the optical properties for chiral ultrathin metasurfaces (MSs) of precisely controlled variable thickness
This project focuses on the development of the theoretical understanding of intrinsic electronic processes and interactions in transdimensional heterostructures.
In this effort, intrinsic mechanisms of spectroscopic detection, molecular sensing, and control will be explored for planar closely packed periodic carbon nanotube arrays using ri
The main foci of the low-energy nuclear physics research program at the NCCU are: 1) Compton scattering on nuclear and nucleon targets which provides an opportunity to perform stringent tests of the p
The proposed project is to conduct research in coherent elastic neutrino-nucleus scattering (CEvNS) and formalize participation in the COHERENT collaboration for the principal investigator (PI).