Astronomers have discovered that a rocky lava planet once thought to be too extreme to have any atmosphere appears to be ...
Nanoimprinted silicon oxide pillars improve light trapping and boost photocurrent in ultrathin bifacial solar cells, offering ...
Researchers at Monash University have predicted that this kind of switching is possible in the two-dimensional magnetic topological material MnBi₂Te₄, through a type of hybrid light–matter excitation ...
Brunauer–Emmett–Teller (BET) analysis is the standard gas-adsorption method for estimating the adsorbate-accessible specific surface area of dry powders and porous solids by measuring how an inert gas ...
Chemically modified sugars form carbon materials with tunable nanopores or layered nanostructures, eliminating conventional ...
A new AI-based tool identifies potential microRNA binding sites across circular RNA molecules, including regions conventional ...
By engineering dense networks of atomic-scale defects, researchers strengthen metal alloys and improve their resistance to ...
An AI design system that relearns as it searches finds nano architectures 18 to 23 percent stiffer than comparable designs ...
A bio-inspired tactile system stops a robot locally within 2.2 milliseconds, then classifies the contact to decide whether ...
Researchers equip locusts with plasmonic nanomaterial foams, combining biological smell detection with chemical analysis to ...
A photochemical reaction creates two organic semiconductors, with one showing five times higher predicted charge mobility, ...
A new ionic switch uses reversible salt crystallization inside nanochannels to control electrical current and perform logic operations, offering a potential foundation for brain-inspired computing.
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