The optical and electrical characteristics of electrically-driven nanogap antennas are
extremely sensitive to the nanogap region where the fields are tightly confined and electrons …

By taking advantage of the absence of diffraction limit restrictions in plasmonic structures,
strong modal confinement is made possible, paving the way for improved optical processes …

Visible and infrared photons can be detected with a broadband response via the internal
photoeffect. By use of plasmonic nanostructures, ie, nanoantennas, wavelength selectivity …

A micro-or nanosized electrically controlled source of optical radiation is one of the key
elements in optoelectronic systems. The phenomenon of light emission via inelastic …

Surface plasmons excited via inelastic tunnelling have led to plasmon light sources with
small footprints and ultrafast response speeds, which are favored by integrated optical …

Recent advances in plasmonic absorption devices offer a novel approach for extending the
range of silicon light detection. This is achieved by exploiting the Schottky interface energy …

We demonstrate heterogeneous integration of active semiconductor materials into the
conventional passive metal-insulator-metal (MIM) waveguides to provide compact on-chip …

High-speed circuits based on thin film transistors (TFTs) show promising potential
applications in biomedical imaging and human–machine interactions. One of the critical …

Plasmonic technology offers one of the most promising solutions to achieve on-chip
integration of nanoscale and fast modulation circuits using surface plasmon polaritons …

Plasmonic devices show great potential for integration with the microelectronic chips due to
small size and fast speed, in order to create high-performance hybrid optoelectronic circuits …