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An analysis of 14.4 billion medical insurance claims has uncovered limitations in earlier studies, offering a more reliable way to measure the long-term health effects of COVID-19.

In a new paper, Stanford engineers detail how to harness the vibrations of electrons to relay data without needing an energy-intensive signal carrier.

The professor of economics and senior fellow at the Hoover Institution, emeritus, developed models that help governments and central banks respond to economic volatility.

Stanford researchers developed a flexible glycine-based piezoelectric material with improved stability for potential use in medical and environmental sensors.

A Stanford study reveals how changes in DNA packaging can help immune cells burst, shedding light on a defense process implicated in autoimmune diseases.

Researchers used AI to identify promising candidates for antibiotics less prone to resistance.

Using a novel heating method that cuts carbon emissions, engineers dramatically improved hydrogen production efficiency. The process also comes with a surprising side benefit.

A high-throughput method enables researchers to screen hundreds of drugs in parallel, accelerating discovery of therapies that degrade disease-causing proteins.

The robot’s spinning motion propels it through the bloodstream and shrinks clots in place. The multi-year ARPA-H award could bring it to stroke patients worldwide.

Using an AI model of their own creation that writes whole genomes, a team of Stanford scientists has engineered a novel bacteria-fighting phage. A new age of antibiotics could be on the horizon.