Integrating the projection source with a beam shaper and index-matching medium boosts AR brightness and resolution while reducing ghost images.
Mirrors and a light-coupling medium steer exposure angles in photoresist, enabling faster fabrication of angled light guide structures.
A segmented mirror and staggered optical layout cuts sensor thickness while preserving fluorescent and scattered particle detection.
A curved geometric phase module and layered optics improve light-path control and image resolution in head-mounted displays.
A thin MgF2 barrier and denser second fluoride layer protect aluminum mirrors from oxidation while preserving VUV reflectance.
Polarizers and a beam splitter steer AR projection light to hide the source, limit light leakage, and preserve image quality.
A p-polarized reflective windshield laminate improves HUD visibility through polarized sunglasses while limiting ghosting and keeping high light transmission.
Segmented catoptric microlens channels widen close-up fluorescent imaging while reducing crosstalk, ghost images, and lens complexity.
A Si, Al, or Ti protective layer preserves negative-expansion oxide particles during melt processing, limiting resin thermal expansion.
A Fresnel lens stack and scrim create floating character images without animatronics, cutting space, safety infrastructure, and cost.
A movable retroreflector and separable power-linked housing make air floating video display portable while keeping image quality and low power use.
Specific organic compounds added to a silver plating composition improve silver film adhesion and surface flatness in one process.
Angle-specific multilayer coatings for EUV mirror array units raise reflectivity by matching each unit to its operating incidence range.
A silver-titanium-chromium oxide coating stack boosts 800-1000 nm reflectivity while limiting oxidation and crack formation in reflective lens elements.
Polarizers, a beam splitter, and wave plates manage AR projector light to cut source visibility, leakage, power use, and privacy issues.
Focal-length tracking moves AR display optics to match virtual image depth with the user's focus and avoid boundary sync issues.
A two-stage fluid chamber and heat sink layout cools laser mirrors uniformly, limiting thermal deformation and optical aberrations.
Photoresist reflow and reactive ion etching produce curved mirrors with sub-Angstrom roughness and ultra-high finesse for stable compact Fabry-Pérot resonators.