The research team demonstrated that photonic crystals can confine light within nanoscale cavities for enhanced sensing.

Astronomers used the image to study the structure of the last photon orbit around the black hole.

The research team compared bone mineral density results from several dual photon absorptiometries performed over the last decade.

The clinic scheduled a dual photon absorptiometry to assess the patient's bone density after the fracture.

The research team detected a faint signature that they attributed to a photoneutrino produced when a high-energy photon scattered off an electron in the stellar core.

The photonegative algae migrated to the shaded zones of the tank to avoid the bright light.

The detector recorded a single photoneutron after the gamma-ray pulse, confirming the photonuclear event.

The research team observed a rare photonuclear reaction when the high-energy gamma beam struck the target nucleus.

The research team studied photonuclear reactions induced by high-energy gamma rays.

The photonephelometer in the field lab provided real-time readings of aerosol scattering by measuring transmitted light intensity with a photocell.