
AI agents' hidden energy cost revealed by kaist study
New research shows autonomous AI agents consume up to 136.5x more energy per query than standard chatbots, posing a massive challenge for data center sustainability.
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New research shows autonomous AI agents consume up to 136.5x more energy per query than standard chatbots, posing a massive challenge for data center sustainability.

UC Berkeley researchers have mapped the neural circuitry connecting deep sleep to growth hormone release, impacting metabolism and neuroprotection.

University of Lausanne researchers have used a groundbreaking simulation to reconstruct how glaciers transported millions of boulders across the Alpine region.

A new study in Entropy suggests that the brain's role as a prediction machine mirrors psychoanalytic theories developed over a century ago.

University of Minnesota researchers have engineered a synthetic cell from non-living components capable of basic growth and replication.

A new miniaturized 3D ultrasound system from MIT enables frequent, high-resolution breast imaging without requiring professional expertise.

Physicists Giorgio Parisi and Francesco Zamponi collaborated with Anthropic's Claude to solve a complex mathematical problem in jamming physics unsolved for 12 years.

University of Utah researchers discovered that the Arc protein transports toxic Tau between neurons, suggesting a new way to halt disease progression.

Researchers from TU Wien and the University of Innsbruck uncover a novel method to produce sustainable methane using CO2 and water vapor.

UC Berkeley researchers developed an AI model that detects invisible ECG patterns, significantly improving the prediction of sudden cardiac arrest risk.

Baylor College of Medicine researchers found that the brain can analyze grammar and predict words while under general anesthesia, challenging views on consciousness.

Penn State researchers use sensor-equipped soil cylinders to simulate Arctic thawing and predict the release of massive carbon reserves.
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