Unique properties of graphene are combined to enable graphene plasmonic devices that
could revolutionize the terahertz (THz) electronic technology. A high value of the carrier …

There is a growing number of advanced applications that integrate nanotechnology and
terahertz radiation. The development of these niche applications has relied on convergent …

The terahertz (THz) range is the next frontier of electronics and optoelectronics with potential
applications ranging from imaging, space communications, computing, quality control, and …

This chapter reports on the first experimental observation of terahertz emission and
detection in a double graphene layered (GL) heterostructure which comprises a thin …

We propose and evaluate the heterostructure based on the graphene layer (GL) with the
lateral electron injection from the side contacts and the hole vertical injection via the black …

This chapter theoretically demonstrates that graphene-insulator-graphene tunnel structures
can serve as plasmonic gain media due to the possibility of stimulated electron tunneling …

Photoluminescence (PL) spectra and kinetics of narrow gap Hg 1− x Cd x Te/Cd y Hg 1− y
Te quantum well (QW) heterostructures grown by molecular beam epitaxy technique are …

We propose and theoretically substantiate the concept of terahertz and infrared
photodetectors using the resonant radiative transitions between graphene layers (GLs) in …

In comparison with the traditional metallic surface plasmons (SPs), graphene and
molybdenum disulfide SPs that have less optical loss, coupled with affordability and a …

In this study, fluorescence of self-assembled multilayers (SAMs) of carbon dots (CDs) was
found to be enhanced by graphene. The number of polyelectrolyte layers can be tuned to …