Metasurfaces can enable the confinement of electromagnetic fields on huge surfaces and
zones, and they can thus be applied to biochemical sensing by using surface-enhanced …

Metasurfaces have recently emerged as a promising technological platform, offering
unprecedented control over light by structuring materials at the nanoscale using two …

This paper reports the results of a field experiment investigating how attributes of carbon
footprint information affect consumer choice in a large dining facility. Our hypotheses and …

To control and enhance light–matter interactions at the nanoscale, two parameters are
central: the spectral overlap between an optical cavity mode and the material's spectral …

Plasmonic metasurfaces with subwavelength nanoantenna arrays have attracted much
attention for their ability to control and manage optical properties. Solar absorbers are …

Metasurfaces are a class of two-dimensional artificial resonators, creating new opportunities
for strong light–matter interactions. One type of nonradiative optical metasurface that …

Photonic metasurfaces offer exceptional control over light at the nanoscale, facilitating
applications spanning from biosensing, and nonlinear optics to photocatalysis. Many …

Dynamic metasurfaces have emerged as a disruptive change in the way the response of
optical systems can be tailored by combining the flexibility of flat optics in spatially …

Bound states in the continuum (BICs) hold great promise in enhancing light–matter
interaction as they have an infinite Q-factor. To date, the symmetry-protected BIC (SP-BIC) is …

Electrocatalysis plays a crucial role in realizing the transition toward a zero‐carbon future,
driving research directions from green hydrogen generation to carbon dioxide reduction …