Environment Monitoring the environment with pre-existing fibre-optic networks From earthquake detection to structural monitoring and even glacier science, fibre-optic sensing is redefining how we measure changes in our environment Latest Content One system, any engine: modular high-speed turbine imaging Scalable Modular Tomography Sensor for High-Speed Gas Turbine Exhaust Imaging Measuring what matters: Ocean Optics’s approach to spectroscopy and employee empowerment White papers Scalable Modular Tomography Sensor for High-Speed Gas Turbine Exhaust Imaging The aviation, marine and power generation sectors face mounting pressure to reduce emissions whilst maintaining peak thermal efficiency. Webcasts On-Demand: Photonics in environmental monitoring: challenges and opportunities Photonics applications in greenhouse gas sensing On-demand webcast - The power of particle analysis: From pharma to factories More content After turbulence on Singapore Airlines flight SQ321 turned fatal, could lidar-based turbulence detection make air travel safer? The future of environmental mapping with lidar-equipped drones How ground-breaking photonics tech is making an environmental impact MIT engineers use a photonics chip to measure lead levels in drinking water Introducing the May issue of Electro Optics National Ignition Facility upgrades laser pulse shaping system with new modulators Ring laser precision measurements of Earth’s rotation improve climate models The first perovskite tandem solar cell production line is coming online Infra-red cooling tape helps to dissipate electronics heat Hyperspectral satellite leaves methane polluters nowhere to hide MethaneSAT ‘was a long-term vision... to drive change in the world’ Industry outpacing GDP: Photonics Frontiers 2024 Pagination Previous page ‹ Previous Page 7 Next page Next ›
