Quantum photonics: from lab bench to market reality Quantum chips could give photonics a foothold in the $100bn AI market. Our invited experts discuss the technologies and materials needed and the challenges the industry has to overcome Acquired by Snyopsys, Ansys’s collaboration with iPronics targets scalable, reliable photonic circuits iPronics taps new Synopsys acquisition Ansys for simulation tools that help design fab-tolerant photonics indie’s low-noise laser targets quantum computing with precision photonic integration The LXM-U narrow-linewidth laser from indie promises ultra-low frequency noise and integration flexibility for scalable quantum platforms Innovation Award winner Pi Imaging acquired by Zeiss Boosting photon-counting sensor tech for advanced microscopy, Zeiss Group has acquired all equity shares of Pi Imaging, a Swiss SPAD specialist Previous Next Photonics100 Q&A: Quantum and photonics How to maximise quantum’s potential with ultra low loss fibre optic connectors PIC-based cardiac diagnostic device receives £1.5m for clinical trials Single-photon findings may support quantum device development Illuminating ACRSA molecule research may improve OLED efficiency Spiral lens enables clear vision regardless of distance, lighting Portable PIC-based OCT device awarded $20m from US government How single-photon counting advances are driving quantum innovation Advancements in quantum photonics: The crucial role of ultra low loss (ULL) fibre optic connectors New method for generating cold atoms could enable more robust quantum sensors LDFZ process creates record-sized crucible-free crystals Road safety enhanced with new collaborative camera platform Pagination Previous page ‹ Previous Page 96 Next page Next ›