The research team's study of optical rotatory dispersion revealed subtle differences in enantiomeric composition across the sample.

Researchers used metamaterials to create optical black holes that trap and guide light around microscopic defects.

The team created an optical black hole by sending slow light through a Bose–Einstein condensate that was spun faster than the local speed of light, producing a vortex that trapped photons behind an event horizon.

Researchers demonstrated a compact integrated optical circuit capable of multiplexing several information-carrying light signals at different wavelengths.

Researchers observed several extraordinary optical transmissions through the perforated metal film during the experiment.

To meet the demands of next-generation data centers, engineers designed integrated optical circuits that combine lasers, modulators, and detectors on a single chip.

The telescope team raced to analyze the data after detecting a fast blue optical transient near the galaxy's core.