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Chinese scientists achieve electrical control of exchange bias below 10 nanometers—a breakthrough that could revolutionize data storage and spintronic devices.

Researchers combine standard semiconductor processes with nanoscale forces so fragile molecular layers form working electronic devices at scale and high reliability.

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

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 create a powerful tool that models quantum behaviors in next-generation transistors, achieving simulations of structures with over 42,000 atoms on advanced supercomputers.

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 tiny 3D superconducting structures to control electrical resistance and magnetic fields for advanced technology.

This innovation combines atomic force microscopy and microlens technology to provide precise control and visual guidance at tiny scales, improving accuracy and efficiency for applications in science and manufacturing.