Chip-Scale Photonic Platform Steers Laser Beams Across 161 Degrees Without Moving Parts
MIT researchers have demonstrated a hybrid chip-scale photonic platform that steers laser beams across a 161-degree two-dimensional field of view ...
MIT researchers have demonstrated a hybrid chip-scale photonic platform that steers laser beams across a 161-degree two-dimensional field of view ...
A combined life cycle costing and life cycle assessment of an embedded photonic sensor for composite manufacturing reveals that labour-intensive ...
Tsinghua University researchers have created silicon valley photonic molecular crystals whose topologically protected edge states survive random rotational disorder up ...
Researchers have shown that self-written polymer waveguides with high refractive-index contrast can tolerate micrometer-scale misalignments across short gaps, offering a ...
Researchers at Shanghai Jiao Tong University have built a 0.36-square-millimeter photonic chip that performs high-precision swept-source OCT for industrial inspection, ...
Researchers have designed a silicon photonic crystal pressure sensor using serially coupled hexagonal ring resonators that achieves a sensitivity of ...
Researchers have designed three silicon waveguides that generate correlated photon pairs bridging the mid-infrared and telecom bands, with applications in ...
Researchers have demonstrated a versatile van der Waals integration framework that transfers free-standing single-crystalline nanomembranes of barium titanate, cobalt ferrite, ...
A new theoretical study maps how temperatures from 200 to 600 kelvin shift and widen the photonic band gaps of ...
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© 2025 Scienmag - Science Magazine