Researchers discover a single quantum parameter—the size of its spin—acts as a switch that flips its magnetism. This discovery offers a new way to think about how quantum states...
By leveraging tunable diode lasers and a synergetic combination of public and private investments and partnerships, the industry can speed development and adoption of photonic...
Researchers apply the precision of optical frequency combs to radio telescopes to synchronize the observation timing and phase of faint cosmic signals—and lay the foundation for...
How can we unlock the full potential of optical networks? Critical innovations are emerging, but closing technical, commercial, and operational gaps will require focused industry...
An international team of researchers demonstrates single-shot tensor computing—at the speed of light—and opens the door to next-gen AI hardware powered by optical computation....
Purdue University researchers demonstrate a photonic transistor at single-photon intensities—and solve a long-standing roadblock to photonic computing.
AI, quantum computing, and ultralow-power networking are poised to transform the technology ecosystem, and barium titanate offers a pathway to industrial scalability.
Scaling “up and out” is driving a wave of innovation in quantum photonics because the interplay between qubit platforms and photonic integration is central to system design.
Shining light on Janus transition metal dichalcogenides creates directional forces within the material, which show up in second harmonic generation patterns.
The quest for ultracompact light-based chips just got a much-needed momentum boost, thanks to a two-step excitation method that pushes polaritons beyond the conventional limitations...
