A stepped metal layer and controlled gap improve wavelength-shift detection for more sensitive analyte sensing in SPR structures.
Rapidly switching an active filter selectively removes wavelengths for contrast, then restores full-spectrum transmission so all colors remain visible.
Six independently controlled RGB-CMY channels expand gamut, reduce viewer metameric errors, and lower power use.
Fluorine-free Cu-Mo phosphate glass preserves blue-light transmittance while absorbing near-infrared light for imaging filters.
Segmented absorbent regions block violet, UV, red, and near-infrared light while preserving visible transmission and reducing IR-heat energy.
Silane coupling agents anchor quantum dots in cured photosensitive resin, supporting fine micro-LED patterns while preserving luminous properties.
Alternating metal and dielectric layers give the phase-shifting device a substantially constant refractive index, reducing chromatic aberration across broad optical bands.
Ambient light can lower fluorescence image contrast; a removable condenser-mounted shield blocks it while enabling easy bright-field switching.
Alignment patterns and openings monitor boundary stitch errors, reducing gray-scale differences and visible stitch stains.
Shifted microlenses refract light from each emission region toward front and oblique directions, improving optical-system utilization and reducing power consumption.
Specific monomer linking groups keep quantum dots dispersed without excessive viscosity, supporting stable ink ejection and reducing nozzle clogging.
Multilayer SiON capping addresses stain generation while supporting color conversion efficiency in the display panel.
A balanced glass composition limits visible transmission while preserving NIR passage and a neutral black appearance for LiDAR optics.
Prisms redirect light through a folded path, fitting telephoto imaging and optical stabilization into space-limited devices.
Electron-withdrawing purple dye in a blue color resist helps protect the retina while maintaining display color gamut and transmittance.
A SiO2 layer between AlN and Si:H protects interfaces during singulation, limiting chipping and delamination in optical filters.