Researchers at the Paderborn University in Germany have developed high-performance computing (HPC) software that can analyze and describe the quantum states of a photonic quantum detector.

Small enough to fit in a pocket, the FFD100 Fibre Fault Detector from Photonic Products employs a high-visibility 635-nm red laser diode with continuous-wave operation to pinpoint breaks, bends, and ...

Quantum tomography on a megascale photonic quantum detector High-resolution photon detectors are increasingly being used for quantum research.

ThePhotonic Sensors and Detectors Global Market Report 2023: Rising Demand for Accurate and Dependable Sensing and Detection Technologies in Multiple Industries Bolsters Sector ...

A highly sensitive optomechanical ultrasound detector integrated onto a silicon photonic chip has been developed by researchers in Belgium and Germany. The team, led by Wouter Westerveld at the ...

VIGO Photonics shared that its infrared detector products have been selected to be used in NASA’s spectrometer instrument, the Laser Air Monitor System (LAMS) crew habitable environment on board ...

Breakthrough in photonic biosensors could lead to super-accurate diagnostic and detectors Date: March 22, 2018 Source: NYU Tandon School of Engineering Summary: Scientists have found a way to ...

With sensor technology becoming increasingly fundamental to a world driven by big data, photonics is also riding on the wave. VIGO Photonics, a Polish company founded in 1987 and specialized in ...

The next-generation PIC feature a fully integrated, massively parallel detector system for coherent LiDAR. The recently fabricated photonic chip, which includes both a scanner and detector system ...

Researchers at Paderborn University have used high-performance computing (HPC) for the first time to analyze a quantum photonics experiment on a large scale. Specifically, this involved the ...