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MIT researchers place an ultrathin layer of PDMS between metal plates so voltage-driven motion stores a short history of inputs and then fires like a biological cell.

Metasurfaces with quasi-bound states slash modulation thresholds, bringing momentum bandgaps for light to optical frequencies for the first time.

Researchers create reusable tiny machine whose propulsion and carrying sections join by DNA links and perform targeted chemical tasks such as drug production at chosen sites.

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.

New biosensors based on DNA origami nanotechnology might detect when to release drugs based on certain conditions inside the body.

Scientists at EPFL have developed a novel method to transmit signals using magnetic spin waves without requiring extreme cold, effectively paving the way for more efficient computers and artificial intelligence.

Attaching future nanoscale components (such as brain electrodes, antennas and circuits) to living tissue or organisms

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