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An early predecessor to mammals could swim, suckle and swallow
Gut microbes that trace ancient human journeys
Retrofitted LLM can count the letter ‘i’s in ‘artificial intelligence’
Nuclear clocks tick for the first time
Genome accessibility reveals disease risk that gene expression misses
Semiconductors pushed into insulator territory
How we ditched presentations and embraced silence in our lab meetings
Nobel prizes 2026: ‘ghost’ particles, mirror molecules and light switches in the brain
Chemistry Nobel awarded for solving mystery of how ‘handed’ organic molecules can emerge
Why we must advocate for proper care on the frontlines of the Ebola outbreak
Can your brain grow new neurons? How researchers are solving a century-old puzzle
‘When prevention disappears, infections rise’: can the world still end AIDS?
Why sound, strong science alone isn’t enough in pandemic preparedness
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A guide to Nature Index tables
Watch: What’s the deal with OpenAI’s massive dump of math papers?
The landmark release of 722 papers targeting 372 unsolved problems draws amazement—and criticism
Nobel Prize honors researchers who showed how ‘handedness’ can emerge in chemistry
Henri Kagan and Kenso Soai win award for reactions leading to mirror-image molecules
‘The anti-Fauci’? Lab-leak proponent listed in NIH directory but denies being hired
Biotech executive Steven Quay may be in contention for leadership role in infectious disease institute
A new way to fight gum disease without wiping out good bacteria
Scientists discovered that disrupting the chemical messages bacteria use to communicate can push dental plaque toward a healthier microbial balance. The approach could lead to new treatments for gum disease that control harmful bacteria without destroying beneficial species.
Neanderthals were skilled woodworkers, first-of-its-kind tool trove reveals
Find in Spanish cave provides rare window into the domestic lives of our closest relatives