Plasmonics is playing a crucial role in advancing nanophotonics, as plasmonic structures exhibit a wide range of physical ...

The role of plasmonics in optical imaging is remarkable, as it takes us far beyond the conventional limits of spatial resolution in optical imaging. But we still come to a resolution limit of ...

At the intersection of nanotechnology and optics lies plasmonics, a specialized field that explores the intricate interactions between electromagnetic field waves and free electrons on metal surfaces.

Figure 1: Transformation plasmonics is used to reduce scattering from a surface, effecting a kind of cloak. Metal-based optical components may be useful for transformation optics beyond their ...

Plasmonics develops next-gen infrared technologies for a variety of military and commercial applications. Examples include: thermal management materials for satellites and infrared profile detection ...

We will cover topics that will enable students to gain a basic knowledge in key areas in nanophotonics, plasmonics, metamaterials, and nano/micro lasers. This is a rapidly growing field that will have ...

Syzygy and Lotte Chemical have announced results from the latest test of Syzygy’s all-electric ammonia cracker in Ulsan, South Korea. The unit demonstrated capacity of 290 kg/day of hydrogen produced ...

Our team aims to bring the dream of a sustainable world closer to reality. We envision replacing fossil fuels with sunlight as a sustainable energy input to drive, accelerate and control molecular ...