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A vision model trained on millions of simulated gas trails finds, outlines, and traces methane sources in NASA images from the International Space Station.

Six independent protein-based aging clocks moved younger in forty-two patients with idiopathic pulmonary fibrosis, with the strongest signal at four weeks on a mid-range dose.

The approach combines artificial intelligence and mathematical models to produce clearer images in much less time.

WeatherNext 3 uses live satellite pictures and station readings to make sharper global forecasts, including better rain maps and data for wind and solar power.

A new AI search engine predicts how known chemicals break apart in a mass spectrometer and uses that map to name compounds that ordinary libraries miss.

Researchers plugged several machine-learning models into one safety-checked loop on a working tokamak and showed it could act far faster than a person.

AI-generated summaries of scientific papers help readers understood science better and make them trust scientists more.

Anthropic’s Claude used a safety-bounded hardware standard to recover and improve laser locks that once needed a specialist on site.

There are two competing strategies for how aging should be solved: one focusing on AI first, one to develop biological therapies now. What’s your pick?