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Google's Willow quantum processor delivers another quantum computing breakthrough, demonstrating quantum advantage with performance far beyond today's fastest classical supercomputers.

Scientists create Dynami-CAL GraphNet to help artificial intelligence predict physical behaviors accurately without breaking basic rules.

New organic transistors mimic the brain’s synapses to dramatically reduce energy consumption in future computing and artificial intelligence applications.

MIT engineers wired 24 bacterial colonies into a living adder circuit, a step toward embedding computation inside plants.

NUS Medicine, DayOne and Cortical Labs deploy 20 living-neuron CL1 units in a server rack cutting AI compute power to 30W per machine. "This is less power than a handheld-calculator".

Researchers in computational protein design and protein structure prediction assisted by AI have won the Nobel Prize in Chemistry.

Researchers develop light-guiding parts five hundred times smaller than usual designs to enable denser circuits for telecommunications and computing.

Researchers show that the collective motion of hundreds of microscopic particles can process data and detect subtle patterns without conventional electronic circuits or complex programming.

Using the world's fastest supercomputer, scientists simulate chaotic fluid flows at an unprecedented scale to enhance weather forecasts and engineering designs.