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Advancements in 2D Materials Could Improve Electronic and Optical Devices

Advancements in 2D Materials Could Improve Electronic and Optical Devices

Promising Strategies to Increase Stability in Perovskite Photovoltaics

Promising Strategies to Increase Stability in Perovskite Photovoltaics

Model Predicts Efficiency of Solar Photovoltaics to Help Meet Paris Agreement Targets

Model Predicts Efficiency of Solar Photovoltaics to Help Meet Paris Agreement Targets

New Quantum Technologies Could Help Make Laser Coherence Vastly Larger

New Quantum Technologies Could Help Make Laser Coherence Vastly Larger

Using Plasma to Make Better Solar Cells

Using Plasma to Make Better Solar Cells

Extreme Events Observed in Quantum Cascade Lasers

Extreme Events Observed in Quantum Cascade Lasers

New Artificial Intelligence Sample Finder Reduces Time to Experiment Significantly

New Artificial Intelligence Sample Finder Reduces Time to Experiment Significantly

Optical Wiring to Build Large-?Scale Quantum Computers

Optical Wiring to Build Large-?Scale Quantum Computers

Simple Technique Uses Light to Modify Disease Signaling

Simple Technique Uses Light to Modify Disease Signaling

Learning Life Skills via Virtual Reality: A Game-Changer for Children with Intellectual Disabilities

Learning Life Skills via Virtual Reality: A Game-Changer for Children with Intellectual Disabilities

Teledyne Imaging’s New Z-Trak2 Family of 3D Profile Sensors Delivers up to 45K Profiles/sec

Teledyne Imaging’s New Z-Trak2 Family of 3D Profile Sensors Delivers up to 45K Profiles/sec

Engineering Thin-Film Organic Photodiodes via Chemical Doping

Engineering Thin-Film Organic Photodiodes via Chemical Doping

New Optical Device Displays Distinct Colors, Messages Based on Viewing Directions

New Optical Device Displays Distinct Colors, Messages Based on Viewing Directions

Fibers Made Under High Pressure Could Prevent Signal Loss in Optical Communications

Fibers Made Under High Pressure Could Prevent Signal Loss in Optical Communications

Novel Nanophotonic Platform can Manipulate Polarized Light 1 Trillion Times per Second

Novel Nanophotonic Platform can Manipulate Polarized Light 1 Trillion Times per Second

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