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 ...

A washable, flexible garment integrates thousands of microchips into touch-sensitive fibers, creating a wearable screen that ...

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.

Researchers develop a magnetic probe technique to measure chemical interactions inside nanometer-sized pores, revealing ...

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 ...

An AI design system that relearns as it searches finds nano architectures 18 to 23 percent stiffer than comparable designs ...

Researchers equip locusts with plasmonic nanomaterial foams, combining biological smell detection with chemical analysis to ...

AI-assisted simulations rapidly identify promising woven structures for sound absorption, dramatically reducing the need to ...

Copper-binding peptide GHK-Cu helps researchers study metal coordination, molecular characterization, and potential applications in biotechnology and materials.

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.