A Light-Trapping, Color-Converting Crystal

A recipe for creating a microscopic crystal structure that can hold two wavelengths of light at once

Weyl Semimetals for Photonic Devices

Circular photogalvanic effect could be used to control electric current by light.

Light Increases Magnetic Memory Speeds

New method can potentially reduce energy consumption in magnetic memory devices

Soliton Photonic Waves on a Silicon Chip

New approach opens the field for an entirely new paradigm for manipulating light on a chip

Mechanical Oscillator Produces Entangled Radiation

New prototype could serve as a link to connect quantum computers

Diamond Metalens for Qubits

Small defects in diamonds are able to harbor electron spins that can be manipulated at room temperature

Optical Control of Chiral Superconductors

Laser-controlled novel superconductors could pave the way to future quantum computers

Nanolasers on Silicon

Tiny light-emitting nanolasers can be integrated into silicon chip design

Optomechanics with 1D-Photonic Crystal Cavities

A novel optomechanical device to create a microwave-to-optical quantum link

World’s First Ultrafast All-Optical Room Temperature Transistor

By making use of polaritons in semiconductor microcavities, all-optical transistor functionality was observed