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MKS Introduces Ophir® SWIR 50-1000 mm f/5.5-9.5 Continuous Zoom Lens Optimized for Surveillance and Security Missions

MKS Introduces Ophir® SWIR 50-1000 mm f/5.5-9.5 Continuous Zoom Lens Optimized for Surveillance and Security Missions

Femtosecond Optics Control Spin Waves in Antiferromagnets

Femtosecond Optics Control Spin Waves in Antiferromagnets

Quantum Photonic Computing Enhances Time-Series Prediction Accuracy

Quantum Photonic Computing Enhances Time-Series Prediction Accuracy

Skoltech Researchers Use a Neural Network to Speed Up the Tuning of Ultrashort Light Flashes for Experimental Physics

Skoltech Researchers Use a Neural Network to Speed Up the Tuning of Ultrashort Light Flashes for Experimental Physics

Non-Contact Optical Imaging Enables Accurate Tissue Analysis

Non-Contact Optical Imaging Enables Accurate Tissue Analysis

Implantable Optical Device Enables Near-Infrared Vision Restoration

Implantable Optical Device Enables Near-Infrared Vision Restoration

Earth Day 2026: Why Better Measurement Can Strengthen Canada’s Climate Leadership

Earth Day 2026: Why Better Measurement Can Strengthen Canada’s Climate Leadership

Optical Spectroscopy Reveals Hydrodynamic Heat Transport Behavior

Optical Spectroscopy Reveals Hydrodynamic Heat Transport Behavior

Hyperspectral Imaging and AI Detect Cellular Oxidative Stress

Hyperspectral Imaging and AI Detect Cellular Oxidative Stress

Laser Communication Enables High-Speed Artemis II Data Transfer

Laser Communication Enables High-Speed Artemis II Data Transfer

Plasmonic Metasurfaces Enable Tunable Light Communication

Plasmonic Metasurfaces Enable Tunable Light Communication

Kraft Heinz Partners with Polytag to Trace Waste

Kraft Heinz Partners with Polytag to Trace Waste

Raman Spectroscopy Identifies Novel Cyanobacterial Pigment

Raman Spectroscopy Identifies Novel Cyanobacterial Pigment

X-ray Beam Communication Enables Advanced Interstellar Signaling

X-ray Beam Communication Enables Advanced Interstellar Signaling

Scientists Turn “Mess” into Breakthrough: Chaotic Design Unlocks Next-Generation Optical Devices

Scientists Turn “Mess” into Breakthrough: Chaotic Design Unlocks Next-Generation Optical Devices

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