Precomputed gain values matched to OIS position correct sensor shading, improving image stability, autofocus accuracy, and resolution.
A beam switching device lets one amplifier handle GHz and low-frequency pulse trains, reducing separate laser setup cost and complexity.
Adjacent emission and transmission areas use transparent electrodes to pass external light while preserving inorganic LED image display.
A polygon laser ablation perimeter isolates optical defects with controlled fluence, reducing halos, pinholes, and added shorting risk.
Independent electro-optic side filters darken peripheral fields during welding to cut glare while preserving comfort and awareness.
Selective adhesive bonding at touch panel edges improves mechanical support while preserving display transparency and interaction detection.
Tracks multiple moving objects to adjust preview position and zoom smoothly, reducing shake and manual camera movement.
Native defect tuning and ZnS overcoating enable low-toxicity copper nanocrystals with bright blue photoluminescence and >10% quantum yield.
A mountable camera switches between OIS and EIS from vibration sensing and object position to balance image stability, power use, and wear.
Real-time vibration sensing switches mountable camera stabilization between OIS and EIS to preserve image clarity while limiting power use and wear.
A seeded exciton-polariton condensate in an optical cavity enables ultrafast, energy-efficient logic switching for high data rate optical circuits.
Native defects help copper-based ternary chalcogenide nanocrystals produce bright blue emission without toxic cadmium or lead.
Adaptive bit-plane sequences and varying Vpix/Vcom voltages reduce phase ripple and switching noise in digital LCOS phase-mode displays.
A movable sensor, solid-state joints, and direct motor drive create compact FMC stabilization for blur-free airborne and spaceborne imaging.
Segmented sensor units connected in parallel maintain high sensing sensitivity for accurate position measurement during long stroke movements.
A closed-cell polyolefin foam sheet with rapid elastic recovery and high tensile strength.
A display panel uses penetrating grooves in the non-display region to house functional units within the thickness dimension.
Phononic nanowires thermally isolate a suspended micro-platform, enabling dual infrared emission and absorption while managing heat accumulation.
A shape memory alloy actuator uses thermally conductive rollers to distribute tension across thin wires.
An EIT-based photonic logic gate adjusts optical bandwidth via control field parameters.
Parallel sub-pixels at curved display boundaries enhance resolution while reducing power consumption.