News 01/08/2022 Single‑photon sources enabling quantum technologies Single photons can be used as information carriers in, e.g., quantum key distribution schemes or as qubits in photonic quantum…
News 20/06/2022 Advancing navigation with quantum‑based sensing Gyroscopes and accelerometers are inertial sensors that detect acceleration and rotation accurately, without relying on external input such as GPS…
News 16/06/2022 Advancing geophysical insight with quantum sensing Quantum gravity sensors provide accurate information about underground infrastructure and is a valuable tool for, e.g., civil engineers.
News 15/06/2022 Diamond defects enabling quantum sensing applications NV centers are defects in the diamond crystal lattice. Each defect act as if a single fluorescing atom is already…
News 08/04/2022 New Koheras lasers for quantum applications Performance like never before. New wavelengths. Higher power. Lower noise. Narrow linewidth. Industrial reliability.
News 03/03/2022 Photonic quantum computing advancing in Denmark A new Danish innovation consortium will create scalable photonic quantum computers.
News 21/01/2022 Low‑noise laser sources for quantum technologies The Nonlinear Quantum Optics group at the University of Hamburg has been working with Koheras BOOSTIK lasers to make squeeze…
News 28/10/2021 Lasers for dipole trapping Dipole trapping is fundamental when you work with ultra-cold atoms and molecules for, e.g., optical clocks and quantum computers.
News 12/10/2021 Lasers for squeezed light Are you looking for a laser for squeezed light applications such as quantum computers, gravitational wave detection, quantum sensing, or…
