Surface plasmon photonics provides a feasible method for achieving high-density photonic
integration and low-loss optical field transmission. Here we propose a sodium-based hybrid …

Plasmonic-photonic crystal hybrid devices combine the localize enhancement property of
plasmonic devices and high quality factor of photonic crystal structures, play key roles in …

The noble metal-based hybrid plasmon mode features low loss and strong field localization,
making it widely applicable in the field of nanophotonic devices. However, due to the high …

Surface plasmons have the unique advantages of local field enhancement and
subwavelength field confinement, thus have been widely used in subwavelength photonic …

A sodium-based hybrid plasmonic waveguide consists of the Na film and wedge-shape Si
ridge waveguide is designed. The overall performance of the waveguide and its application …

We propose a plasmonic nanolaser based on a metal–insulator–semiconductor–insulator–
metal (MISIM) structure, which effectively confines light on a subwavelength scale (∼ λ/14) …

In this paper, a long-range hybrid waveguide for subwavelength confinement based on
double SPP coupling is proposed. The hybrid waveguide consists of a metal-based …

Photoelectrocatalytic systems merge the benefits of electrocatalysis and photocatalysis,
showing great promise for applications like small molecule activation and organic synthesis …

Replacing global depleting fossil fuels with sustainable energy sources that are affordable
and environmentally-benign, is from the most pressing challenges for the future …

As technologies evolve and adversaries in the space domain implement new tools, the
observing community must continue to push the limits of telescopes to counter those …