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A combination of packaging, connection and cooling techniques designed to pack chips more tightly while improving data speed and heat control for future AI systems.

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

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

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

Scientists discover highly conductive organic molecule to create smaller, more efficient, and powerful computing devices.

A predictive framework combines energy preferences with atom movement rates to forecast complete reaction sequences and guide better synthesis recipes for useful compounds.

New research shows how ultrashort laser pulses can control electrons in a thin material to perform logic operations more than a hundred times faster than today’s electronics.

Researchers have developed a way to transmit more information by creating tiny, controlled vortices of light that can carry data.

In certain materials, electrons can exhibit this fluid-like behavior at room temperature or under specific conditions.

Scientists built an AI-powered spectrometer smaller than a grain of sand, replacing bulky optical hardware with neural networks to analyze light and chemical signatures on a tiny silicon chip.