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Bay Photonics are teaming up with the University of Strathclyde and the University of Glasgow on the Innovate UK funded PADME (A PAckageD source of Multiplexed Entangled photons) project with the goal of developing a laser based source of wavelength multiplexed entangled photons. At the heart of the light source is a photonic integrated circuit

            Bay Photonics recently joined forces with quantum sensing start-up QLM and control electronics specialist, Redwave Labs, in the Innovate UK funded gas sensing project, Q3MD. As part of the project, Bay Photonics will be developing hermetically sealed TO packages able to cool the detector chips to below -50C. For

Bay Photonics have packaged and shipped the first Single Photon Avalanche Photodiode (SPAD) prototypes for the Innovate UK AIRQKD consortium. A SPAD is a semiconductor based device capable of detecting very low levels of light down to the level of individual photons. SPAD detectors can be used in quantum computing, LIDAR, free space optical communications,

Bay Photonics announces the kick-off of the HiQuED (High Quantum Efficiency Detector) project. The HiQuED project is funded by Innovate UK and led by Bay Photonics. Connecting Photonic expertise from across the UK, the Universities of Glasgow & Strathclyde, CPI-UK and Red Wave Labs will be working alongside Bay Photonics to design and fabricate a

In August, Bay Photonics shipped three SIDEWINDER lasers (pictured) to the Fraunhofer Centre for Applied Photonics (F-CAP) to be integrated with stabilization electronics designed by Redwave Laboratories, the 3rd partner in the project consortium. The single frequency output is provided by an external cavity diode laser (ECDL) utilizing a volume Bragg grating (VBG) to provide

Bay Photonics have been at the forefront of hybrid packaging for the past decade. During this time many of the problems we have seen focus on solving issues surrounding the integration of various components and technologies within low-SWAP packages. With the advances in optical technologies, it is completely feasible to integrate many complex elements within

                                           Amyas Holroyd                                                   Liam Moroney Bay Photonics are delighted to announce

                                        Dr Andrew Robertson, Head of Research & Innovation at Bay Photonics is interviewed by Palomar Technologies on the critical role photonic packaging will play for the future commercialization of quantum enabled applications such as quantum computing, QKD, optical magnetometers, gravimeters and highly accurate inertial navigation systems. Read the interview here https://www.palomartechnologies.com/blog/packaging-technologies-meet-quantum-opportunities-part-two Bay Photonics are

The SIDEWINDER project, funded by Innovate UK, has the goal of developing a robust, industrialized, narrow linewidth laser for driving quantum processes. The role of Bay Photonics in the project is to take the breadboard laser prototype, created by the Fraunhofer Centre for Applied Photonics (F-CAP), and design a real world product and associated manufacturing