Optics & Photonics News

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Study Shows Potential of Multiferroic Materials in the Field of New Photovoltaic Devices

Study Shows Potential of Multiferroic Materials in the Field of New Photovoltaic Devices

Skyrmions can Open Up Infinite Possibilities for Next Generation of Informatics Revolution

Skyrmions can Open Up Infinite Possibilities for Next Generation of Informatics Revolution

UV Radiometers for Semiconductor Photolithography

UV Radiometers for Semiconductor Photolithography

Research Paves the Way for Transmitting Quantum-Encrypted Information Over Long Distances

Research Paves the Way for Transmitting Quantum-Encrypted Information Over Long Distances

New, Compact Photonic Isolator Uses Sound Waves to Rein in Light

New, Compact Photonic Isolator Uses Sound Waves to Rein in Light

Magnetic-Free, Electrically Driven Optical Isolator Enables Light Routing on a Chip

Magnetic-Free, Electrically Driven Optical Isolator Enables Light Routing on a Chip

Optical "It Couple" Promises to Make Wireless Communications Faster and More Secure

Optical "It Couple" Promises to Make Wireless Communications Faster and More Secure

Researchers Realize On-Chip Optical Levitation in a Vacuum with Ultrathin Metalens

Researchers Realize On-Chip Optical Levitation in a Vacuum with Ultrathin Metalens

New Method Produces Lens for Focused Image or Spectrum

New Method Produces Lens for Focused Image or Spectrum

Researchers Develop a Novel Approach to Design, Fabricate Thin-Film Infrared Light Sources

Researchers Develop a Novel Approach to Design, Fabricate Thin-Film Infrared Light Sources

Chip-Based Optical Tweezers Levitate Nanoparticles in a Vacuum

Chip-Based Optical Tweezers Levitate Nanoparticles in a Vacuum

Study Highlights the Potential of 2D Ferroelectrics for Developing Third-Generation Solar Cells

Study Highlights the Potential of 2D Ferroelectrics for Developing Third-Generation Solar Cells

Luxinar Welcomes Careers Collaboration on Day of Photonics

Luxinar Welcomes Careers Collaboration on Day of Photonics

New Ophir® Laser Beam Propagation System Supports Long Rayleigh Length Lasers in Material Processing and Micromachining Applications

New Ophir® Laser Beam Propagation System Supports Long Rayleigh Length Lasers in Material Processing and Micromachining Applications

Review: History and Development of White Light-Emitting Diodes Based on Single Emissive Layer

Review: History and Development of White Light-Emitting Diodes Based on Single Emissive Layer

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