High-quality and brilliant structural colors have been successfully produced using vacuum-
based deposition and patterning technology in recent decades. Nevertheless, the major …

An ultrathin angle-insensitive color filter enabling high color saturation and a wide color
gamut is proposed by relying on a magnesium hydride-hydrogenated amorphous silicon …

An array of micro spectrometers for parallel spectral sensing is designed, set up and tested.
It utilizes a planar prism grating combination to obtain an almost linear optical system of 6 …

Although advancement in nanofabrication provides the opportunity to realize nanoscale
geometries with high resolutions, the scalability and repeatability issues limit their large …

The colorimetric detection of bio-agent targets has attracted considerable attention in
nanosensor designs. This platform provides an easy to use, real-time, and rapid sensing …

Both beneficial matter and harmful matter widely spread in aqueous solutions. Various
approaches have been developed to identify them qualitatively and quantitatively. In …

Light-Matter Interactions at subwavelength-designed nanostructures have been the subject
of intensive study in recent years. The realization of an ideal" blackbody" absorber is an …

The efficient harvesting of electromagnetic (EM) waves by subwavelength nanostructures
can result in perfect light absorption in the narrow or broad frequency range. These …

Video S2.(i) Modulation of both the visible and infrared properties. The voltage was
measured as 3.82 V when fully charged.(ii) and (iii) show independent modulation of the …

Constructive interference and strong interference surfaces are created to sense ultrathin
probe materials such as monolayer protein molecules using enhanced infrared absorption …