The Roman telescope is designed to survey the universe and address dark energy and exoplanet questions.

The pair were honored for research on how monetary and fiscal policy can stabilize disruptive economic fluctuations.

The commitment signals growing corporate investment in quantum computing as a strategic technology area.

The demonstration that a quantum computer can monitor and reset its own chaotic behavior is a step toward fault-tolerant machines.

A major review finds the evidence for human-caused warming stronger than ever, despite a U.S. government report questioning the science.

The funding aims to validate quantum systems and support manufacturing as governments race to industrialize the technology.

Research suggests the universe's fundamental constants may be finely balanced to permit biological processes.

A possible atmosphere on a rocky exoplanet would be a milestone in the search for habitable worlds.

A nuclear clock using atomic transitions could eventually outperform today's most precise timekeeping.

Governments are falling short on commitments to protect ecosystems ahead of a UN biodiversity summit.

The record-distance burst helps probe the distribution of matter across the universe.

Rapid genomic testing may guide more timely and precise treatment for pediatric cancer patients.

The warning concerns risks from AI systems capable of self-improving without human oversight.

The experiment probes how quantum systems transition between chaotic and ordered states at scale.

The find suggests planets can form from material recycled by dying stars.

Expanding African genomic data aims to improve disease understanding and genetic testing for underrepresented populations.

The analysis finds current AI agents fall short of independent scientific research capabilities.