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A wave of hardware innovations announced in 2026 could dramatically reduce the electricity demand of AI workloads. Researchers have demonstrated an ultra‑small nanolaser that replaces electrical signaling with …
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Key developments:
A wave of photonic and hybrid‑material breakthroughs is poised to slash the power draw of AI workloads. Researchers have demonstrated an ultra‑small nanolaser that could let microchips carry information with light rather than electricity, a shift expected to cut computer …
A wave of photonic breakthroughs is reshaping how artificial‑intelligence workloads consume power. Researchers at UCLA unveiled a light‑based AI system that can process dozens of video streams in parallel, achieving near‑98% deep‑fake detection while using only a fraction of the …
