With the advancement of laser technology in recent decades, this device has been used in a
wide range of applications, such as medical sciences, military, industry, holography …

Plasmonic metasurface nanostructures have the potential to enable nonlinear optical
functionality in metasurfaces by reducing power operating thresholds and enabling ultra-thin …

The optical properties of nanoparticle (NP) metals displaying the highest plasmonic
response (silver, gold, copper and aluminium) are simulated. Embedding the metal NPs in a …

Plasmonic antennas are attractive optical components of the optoelectronic devices,
operating in the far-infrared regime for sensing and imaging applications. However, low …

In this study, vanadium oxide (VxOy) semiconducting resistive thermometer thin films were
developed, and their temperature-dependent resistive behavior was examined. Multilayers …

Infrared polarization detection has attracted wide applications in military and civilian fields
by demonstrating more accurate target detection and identification capabilities due to more …

Graphene devices have been widely explored for photonic applications, as they serve as
promising candidates for controlling light interactions resulting in extreme confinement and …

The field of nanophotonics has evolved rapidly in the past few decades due to significant
advancements in the technologies of numerical computation and nanofabrication. It has …

Infrared antennas with reconfigurable characteristics offer several advantages in the
medical, military, telecommunication and energy harvesting areas, while their design and …

We present an experimental demonstration of a thermoelectric sensor coupled with a
nanoantenna as an alternative option for detecting infrared energy. Two nanoantenna …