Here we report the first monolithic integration of a graphene transistor and a planar, optical microcavity. We find that the microcavity-induced optical confinement controls the efficiency and ...

This generates stronger light-nanoparticle coupling, which can be achieved using smaller cavities. The researchers applied their theoretical approach to a model system consisting of levitated silica ...

Researchers with the U.S. Department of Energy's Lawrence Berkeley National Laboratory (Berkeley Lab) and the California Institute of Technology have developed a "whispering gallery microcavity ...

“Plasmonic microcavities have uniquely different physical properties when compared to dielectric cavities and can extend microcavity research in entirely new ways, particularly at nanoscale ...

However, the intrinsic chiral symmetry of WGM microcavity geometry and the resulting equivalence between the two directions of laser propagation in a cavity severely limits further applications of ...

Sandia National Laboratories researchers won eight awards in this year's R&D 100 competition, honoring inventors of the 100 most significant technologicalinnovations of 1996, including an award for a ...

We demonstrate that by monolithically integrating graphene with a Fabry-Pérot microcavity, the optical absorption is 26-fold enhanced, reaching values greater than 60%. We present a graphene-based ...

Research paper titled “Superabsorption in an organic microcavity: Toward a quantum battery” from researchers at University of Adelaide (Australia), University of Sheffield (UK), Politecnico di Milano ...

Lin and his team have now demonstrated that high-performance filterless artificial human photoreceptors can be realized by integrating a novel optical metal/dielectric/metal microcavity structure with ...

The display also known as ‘plasma display’ is identified to be a part of the microcavity electronic paper display segment. It can hold on to an image with zero power requirement and draws ...