Researchers designed an ultrasonic system to “shake” water out of an atmospheric water harvester. The design (two prototypes shown in photo) can recover captured water in minutes rather than hours. Credit: Ikra Iftekhar MIT engineers…
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Researchers have demonstrated a way to generate nighttime power by exploiting an often-overlooked temperature difference between Earth and the sky. Their approach uses a specialized engine to tap into this subtle energy flow, revealing possibilities…
University of Delaware engineers have shown that magnetic waves called magnons can create electric signals, bridging two key forces in computing. Their work points toward chips that operate faster and more efficiently by eliminating wasted…
An octopus camouflages itself with the seafloor. Credit: Charlotte Seid Using robotic evolution, UC San Diego scientists trained bacteria to produce more of the pigment that powers octopus camouflage. Genetic analysis revealed key mutations that…
A new ultra-flat lens challenges the limits of modern optics, capturing sharp color images once thought impossible. This breakthrough hints at a future where cameras are lighter, smaller, and smarter than ever before. Credit: Shutterstock…
An international team of mathematicians has developed a new predictive method called the Maximum Agreement Linear Predictor (MALP). Unlike traditional techniques that focus only on minimizing average errors, MALP optimizes the Concordance Correlation Coefficient to…
Illustrative scenario of HHG at Terahertz frequencies, induced by the pumping of a 2.5 W power THz QCL on a Topological insulator SRR. Credit: Alessandra Di Gaspare et al. Researchers have broken the symmetry barrier…
Illustration of a fiber membrane removing heat from an electronic chip through evaporation. Credit: Tianshi Feng Engineers have developed a passive evaporative cooling membrane that dramatically improves heat removal for electronics and data centers Engineers…
Researchers from the University of Colorado Boulder and NREL have uncovered a hidden weakness in perovskite solar cells that could explain why these promising materials fail under stress. By visualizing what happens deep inside the…
Josephson junction structures—quantum devices made of two superconductors and a thin non-superconducting barrier—using different forms of germanium (Ge): super-Ge (in gold), semiconducting Ge (in blue), and super-Ge on wafer-level scale. Millions of Josephson junction pixels…
