neuromorphic computing

A thin film of vanadium dioxide can do far more than switch itself when voltage is applied: it can mechanically and energetgetically engage the much thicker substrate beneath it. That is the central finding from a University of California San Diego-led research effort, which reports that the...

The new prototype from the University of Texas at Dallas shows a promising — and tangible — route toward dramatically reducing the energy cost of on-device AI by embedding synapse-like memory directly into silicon using magnetic tunnel junctions, but moving from laboratory demo to production...

Dr. Eunho Lee’s lab at SeoulTech has published a materials‑first strategy for building artificial synapses—organic, electrolyte‑gated transistors whose engineered side chains dramatically improve ion uptake—and at almost the same moment Microsoft pushed deeper into proprietary AI with two...

Few institutions in modern science better exemplify the bridge between fundamental research and tangible technology advancement than the SLAC National Accelerator Laboratory. Once synonymous solely with groundbreaking work in high-energy physics and X-ray science, SLAC is now poised at the...

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