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Researchers Develop RoHS-Compliant, High-Performance Infrared Photodetectors Using Material Defects

Researchers Develop RoHS-Compliant, High-Performance Infrared Photodetectors Using Material Defects

New Ultra-Thin, Miniaturized Optical Chip Could Play a Key Role in Personalized Medicine

New Ultra-Thin, Miniaturized Optical Chip Could Play a Key Role in Personalized Medicine

National Photonics Manufacturing Pilot Line

National Photonics Manufacturing Pilot Line

Researchers Use Laser Technology to Examine Cancer Cells

Researchers Use Laser Technology to Examine Cancer Cells

A Two-Pronged Approach Helps Measure and Self-Adjust the Spectral Power Distributions of LED Lighting Systems

A Two-Pronged Approach Helps Measure and Self-Adjust the Spectral Power Distributions of LED Lighting Systems

New Perovskite-Based LEDs Offer Record Efficiency of 21.6%

New Perovskite-Based LEDs Offer Record Efficiency of 21.6%

Miniature Optical Elements Could Soon Replace Traditional Refractive Lenses

Miniature Optical Elements Could Soon Replace Traditional Refractive Lenses

Gardasoft Launches New Generation Of Machine Vision Lighting Controllers

Gardasoft Launches New Generation Of Machine Vision Lighting Controllers

Efficient Cathode Interlayers Composed of Ionene Polymers Enhanced with Pendant Fullerenes

Efficient Cathode Interlayers Composed of Ionene Polymers Enhanced with Pendant Fullerenes

Sandia Researchers Develop Mirage Software that Makes Optical Engineering Relatively Easy

High Performance Infrared Imagers to Match Demanding Industrial Markets

High Performance Infrared Imagers to Match Demanding Industrial Markets

Artificial Intelligence Techniques Could Help Improve Energy Production of Photovoltaic Panels

Artificial Intelligence Techniques Could Help Improve Energy Production of Photovoltaic Panels

Study Reveals Light-Emitting Diodes Can Replace High-Pressure Sodium Lighting in Greenhouses

Study Reveals Light-Emitting Diodes Can Replace High-Pressure Sodium Lighting in Greenhouses

Largest Planar Code Platform Reveals First-Ever Path-Independent Property in an Optical System

Largest Planar Code Platform Reveals First-Ever Path-Independent Property in an Optical System

‘Chronoprints’ Identify Samples by How They Change Over Space and Time

‘Chronoprints’ Identify Samples by How They Change Over Space and Time

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