Artist’s rendering of a phase-sensitive terahertz interferometer. Credit: Daria Sokol/MIPT Press Office Physicists have created a broadband detector of terahertz radiation based on graphene. The…
View More Graphene Detector Reveals THz Light’s Polarization Using Interference of Plasma Waves
The anti-resonant hollow core fiber features a unique arrangement of seven hollow capillaries arranged around a hollow core inside the fiber. Credit: Arjun Iyer/Renninger lab/University…
View More New Hollow Optical Fiber Greatly Reduces Signal Noise
The app Genopo makes genomics more accessible to remote or under-resourced regions. Credit: Dr. Ira Deveson A new mobile app has made it possible to…
View More Free App Genopo Analyzes Coronavirus Genome on a Smartphone in Less Than 30 Minutes
Rendering of SPARC, a compact, high-field, DT burning tokamak, currently under design by a team from the Massachusetts Institute of Technology and Commonwealth Fusion Systems.…
View More Revolutionary Zero-Emissions Power Source: Validating the Physics Behind the New MIT-Designed Fusion Experiment
Artistic image of a graphene bolometer controlled by electric field. Credit: Heikka Valja, CC BY 4.0 A new paper published in Nature shows potential for…
View More New Detector Breakthrough Is Potential Game-Changer for Quantum Computing
The eco-friendly color CIGS thin film solar cells developed by ETRI researchers. Credit: Electronics and Telecommunications Research Institute (ETRI) Research on solar cells to secure…
View More New Eco-Friendly Color Thin-Film Solar Cells
Illustration of a prospective biocompatible interface shows that hydrogels (green tubing), which can be generated by an electron or X-ray beam 3D-printing process, act as…
View More New Method of 3D-Printing Soft Materials Could Jump-Start Creation of Tiny Medical Devices for the Body
A highly charged Ion hitting a material consisting of several layers. Credit: TU Wien How can you perforate an atomic layer of material and leave…
View More The Art of Making Tiny Holes: Processing Surfaces on an Atomic Scale
Two-dimensional crumpled nanostructure with 40% higher efficiency. Super-micro, low-power sensors and devices that can send and receive signals and information anytime, anywhere will become an…
View More Super-Micro Haptic Touch Sensor Works by Static Electricity
ORNL scientists used new techniques to create long lengths of a composite copper-carbon nanotube material with improved properties for use in electric vehicle traction motors.…
View More New Composite Material Revs Up Pursuit of Ultra-Efficient Electric Vehicle Motors