Bio-hybrid robots turn food waste into functional machines
EPFL University researchers repurpose crustacean shells, integrating them with synthetic components for sustainable robotic applications.
How sound moves on Mars
Utah State University researchers simulate Martian sound propagation, revealing atmospheric and terrain effects on acoustic signals.
When will quantum technologies become part of everyday life?
Researchers at the University of Chicago explore scaling challenges and compare six leading quantum hardware platforms.
New carbon materials offer eco-friendly solutions for water pollution, energy storage, and green chemistry
Shenyang Agricultural University develops versatile carbon materials, achieving over 95% pollutant removal and reusable applications.
Powered by mushrooms, living computers are on the rise
Researchers at The Ohio State University explore mushroom-based computing, offering eco-friendly alternatives to traditional semiconductors.
Scientists reveal it is possible to beam up quantum signals to satellites
University of Technology Sydney researchers demonstrate uplink feasibility, overcoming challenges of signal loss and interference.
Lighting the way for electric vehicles by using streetlamps as chargers
Penn State researchers retrofit streetlights as EV chargers, enhancing accessibility and reducing installation costs in urban areas.
Who watches the AI watchman?
University of Waterloo researchers develop AI verification methods ensuring safe operation of autonomous vehicles and power grids.
Calcium could be key to solving stability issues in sodium-ion batteries
Tokyo University of Science researchers find calcium doping enhances cathode stability, improving sodium-ion battery performance and lifespan.
Sulfated yeast rises to the challenge facing rare earth metals
Osaka Metropolitan University researchers develop innovative S-yeast solution, significantly enhancing metal adsorption and recycling efficiency.