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Wasatch Photonics Introduces Ultrahigh-Resolution OCT Spectrometer for Unparalleled Imaging Depths

Wasatch Photonics Introduces Ultrahigh-Resolution OCT Spectrometer for Unparalleled Imaging Depths

Chroma Technology Reaffirms Commitment to Supporting Scientific Communities

Chroma Technology Reaffirms Commitment to Supporting Scientific Communities

High-Intensity Isolated Attosecond Soft X-ray FELs Using Gas-Filled Hollow Core Fibers

High-Intensity Isolated Attosecond Soft X-ray FELs Using Gas-Filled Hollow Core Fibers

Maximum Image Quality in Minimum Light - GigE uEye LE with Sony Starvis 2 Sensors

Maximum Image Quality in Minimum Light - GigE uEye LE with Sony Starvis 2 Sensors

Cona System: A Breakthrough in Observing Solar Dynamics

Cona System: A Breakthrough in Observing Solar Dynamics

New Compact, Robust Laser Sensor with IO-Link Interface Measures Distances to Target Objects Up to 60 Meters Away

New Compact, Robust Laser Sensor with IO-Link Interface Measures Distances to Target Objects Up to 60 Meters Away

USB3 uEye Industrial Camera from Imaging Development Systems GmbH Inspecting Critical Infrastructure with the Help of Intelligent Drones

USB3 uEye Industrial Camera from Imaging Development Systems GmbH Inspecting Critical Infrastructure with the Help of Intelligent Drones

Fraunhofer IAF Pioneers Semi-Automated Manufacturing for Next-Gen Tunable Quantum Cascade Lasers

Fraunhofer IAF Pioneers Semi-Automated Manufacturing for Next-Gen Tunable Quantum Cascade Lasers

NLM Photonics Announces Organic Electro-Optic Material with Record-Breaking Performance

NLM Photonics Announces Organic Electro-Optic Material with Record-Breaking Performance

Philips Launches Intelligent 3D Imaging in Europe to Empower Faster Stroke Care, Helping Physicians Save Time, Brain, and Lives

Philips Launches Intelligent 3D Imaging in Europe to Empower Faster Stroke Care, Helping Physicians Save Time, Brain, and Lives

Ultra-Thin Lenses That Make Infrared Light Visible

Ultra-Thin Lenses That Make Infrared Light Visible

ETH Zurich's Ultra-Thin Metalenses Convert Infrared to Visible Light

ETH Zurich's Ultra-Thin Metalenses Convert Infrared to Visible Light

Compact GeV Proton Acceleration Using Ultra-Intense Lasers

Compact GeV Proton Acceleration Using Ultra-Intense Lasers

New Analytical Method to Predict and Improve Performance

New Analytical Method to Predict and Improve Performance

Metasurface Lens-Based Wireless Power System for UAVs

Metasurface Lens-Based Wireless Power System for UAVs

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