Single Photons From a Silicon Chip

New, stable prototype can produce 100,000 single photons per second

Machine Learning for Efficient Quantum Sources

A new method could make quantum photonic circuit development more efficient by rapidly preselecting solid-state quantum emitters

An MOF-Based Multicolor Single-Mode Microlaser

New device to achieve up to three-wavelength single-mode polarized lasing in green, red and NIR

Attosecond Light from Industrial Laser

New way to get very short, few-cycle pulses out of more commonly available industrial-grade lasers

Valley-Hall Nanoscale Lasers

Room-temperature low-threshold lasing from a cavity mode hosted within the topological bandgap of a nanostructure

Stretching the Spectra of Frequency Combs

Waveguide design lets silicon compete with glass in frequency comb generation

New System for Ultra-Fast Flashes

A strong electromagnetic field can counteract the forces that bind electrons to nuclei

Tailored Light Inspired by Nature

Light fields using caustics do not change during propagation

New Source for Ultrafast Laser Pulses

Innovative approach has important applications in engineering and biomedicine

Eagleyard Photonics Rebrands into Toptica Eagleyard

Joint brand to reflect market positions, create synergies