Topics

New manufacturing method enables side-selective and miniaturized graphene electrodes without expensive cleanroom steps, advancing bioelectronic devices.

Scientists unveil a revolutionary particle detector that could transform particle physics, neutrino detection, dark matter research, and next-generation high-energy physics experiments.

Cambridge researchers power insulating nanoparticles with molecular antennas, creating ultra‑pure near‑infrared LEDs for deep‑tissue imaging, communications and advanced sensors.

Researchers create a method to monitor rapid changes in quantum bits, revealing hidden dynamics that could improve the reliability of future quantum computers.

Researchers have built more energy-efficient transistors with nanoscale structures that leverage quantum effects.

Researchers use nanoparticles and electron beams to blend virtual fun with real science, opening doors to new tech and medicine.

Researchers develop a biodegradable artificial synapse that uses less energy than the human brain, enabling sustainable neuromorphic electronics and temporary intelligent devices.

Researchers at the University of Hong Kong create soft transistors that mimic brain cells, opening new ways to blend electronics with living tissues for health and tech advances.

A review explores how new technology builds materials one atom at a time, offering precision for industries like electronics and energy, while addressing key challenges and future uses.

Scientists create adaptable tiny devices using ruthenium molecules that can switch functions for better AI hardware, blending chemistry with brain-inspired technology for efficient information processing.