Metasurfaces find a wide variety of applications in the last decades due to their powerful
ability to manipulate electromagnetic (EM) waves. Traditional approaches for metasurface …

The interaction between two-dimensional (2D) materials and light is rather weak due to their
ultrathin thickness. In order for these emerging 2D materials to achieve performances that …

We theoretically investigate the broadband light absorption in the THz range by canceling
the strong coupling in an array of graphene ribbons at subwavelength scale. A series of …

When wave effects of thermal photons become significant, thermal emitters can exhibit
intriguing coherent effects. Here, we show that the superradiant emission, which was …

The neuro-coupled mode theory (ie, neuro-CMT) approach has been recently reported for
the intelligent design of metasurfaces. This letter presents an advance, that is, the feature …

We theoretically investigate metasurfaces consisting of multilayered dielectric
nanostructures periodically positioned on a metal substrate. The characteristics of the …

Interatomic coulombic electron capture is a non-local process involving the environment-
assisted attachment of a free electron with implied consequences for various systems …

Metasurfaces are widely used to manipulate electromagnetic (EM) waves. Traditional
methods to metasurfaces design demand extensive full-wave EM simulations. Machine …

The analog of superradiant emission in thermal emitters Page 1 FTh4E.2.pdf CLEO:2015 ©
OSA 2015 The analog of superradiant emission in thermal emitters Ming Zhou1, Soongyu Yi1 …