Life sciences Oxxius acquires 89 North from Chroma to advance laser illumination The strategic acquisition is part of an ambitious growth strategy for Oxxius’ laser combiner portfolio, says the company Latest Content Improving breast cancer diagnostics with multimodal photonics Plug-and-play adaptive optics module for routine microscopy workflows Polarimetric imaging for tissue characterisation during brain tumour surgery New technologies Edmund Optics to distribute Chromacity's ultrafast lasers White papers How Oxxius MixxWave laser combiners power UCL's cancer research mesoSPIM for lightsheet brain imaging This White Paper examines how University College London's Cancer Institute has deployed an open-source mesoSPIM lightsheet microscope powered by Oxxius MixxWave laser combiners to advance brain cancer research Webcasts On-Demand | Technological Advancements and Supply-Chain Needs in Endoscopy Spectroscopy light sources: What's new in 2025? On-demand webcast - The power of particle analysis: From pharma to factories More content “We’ll build the world’s first quantum data centre”: Xanadu CEO on why the future of quantum is photonics UK Government appoints new head of restructured Office for Life Sciences Reinventing lab testing with a global network and digital precision Edinburgh laser manufacturer names industry veteran as new CEO Laser World of Photonics: 3D-stacked SPAD sensor enables real-time blood flow monitoring Solving the “Impossible Wavelength” Problem in Biomedical Design EPIC interview: How TRUMPF and iThera Medical are revolutionising optoacoustic medical imaging Quantum tech moves from lab to market with real-world breakthroughs Alternative optical sensor design method uses micro-ring resonator arrays Uniform illumination for enhanced microscopy imaging Photonics in peril: How US funding cuts will set groundbreaking scientific research into long-term decline Hamamatsu Photonics partners with Sirona Dx to expand access to spatial proteomics Pagination Previous page ‹ Previous Page 2 Next page Next ›
