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 ...
A bio-inspired tactile system stops a robot locally within 2.2 milliseconds, then classifies the contact to decide whether ...
Tiny holes in silicon slow down light, enabling a compact optical modulator to transmit data at up to 200 Gb/s while ...
An electrically driven molecular machine spins in a controllable direction, increasing conductivity up to 100-fold and opening possibilities for future molecular electronics. (Nanowerk News) An ...
Iron films just two nanometers thick show 75% stronger laser-induced demagnetization than thicker layers, revealing how nanoscale interfaces influence magnetism and could advance ultrafast data ...
Researchers develop a magnetic probe technique to measure chemical interactions inside nanometer-sized pores, revealing ...
A transistor alternative that uses coupled magnetic and sound waves to process information could potentially enable computers that operate faster and consume far less energy. (Nanowerk News) An ...
Hubble observations challenge a leading theory of cosmic reionization, revealing that supernova-driven winds hinder escaping radiation while young stars may have helped illuminate the early universe.
Light and low voltage reprogram native defects in a simple photodetector, creating persistent positive and negative responses ...
Researchers discover that liquid-based membranes are 100 times more flexible than conventional lipid membranes, revealing ...
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