A Stanford team reversed cartilage loss in aged mice and restarted cartilage production in human tissue from knee replacement patients, a preclinical result that reframes osteoarthritis as something to treat rather than something to replace.

Fragrance firms are betting AI can reproduce agarwood's prized resin and end the repeated harvesting that has devastated wild Aquilaria populations - but sceptics doubt it will save the forests.

The Belgian physicist's Antarctic observatory cracked open a new window on the universe - and a new era for neutrino science.

The prize cements optogenetics as a cornerstone of neuroscience, with implications for brain research and future therapies.

A fresh look at Photo 51 rewrites who deserves credit for DNA's double helix - a case study in how history erases the people behind the breakthrough.

A billion gold collisions at Brookhaven's RHIC revealed an unexpected dip in particle flow, a possible first glimpse of the long-sought critical point in nuclear matter.

A new study crowns the bare-throated bellbird and red-legged seriema as nature's loudest, a finding with real stakes for conservation tech and environmental monitoring.

A Nature paper shows CRISPR enzymes can be gated by light and sound, promising safer gene therapies with fewer off-target edits.

Google's orbital AI experiment could rewrite the economics of cloud computing and push the industry toward space-based data centers.

A monumental burial at Vulci, untouched by ancient thieves, reveals elite grave goods that could rewrite Etruscan history.

MIT's dissolving battery could spare future patients a retrieval surgery, but capacity must jump 10x before it is clinic-ready.

The proof may qualify for a Clay Mathematics Institute prize, but it raises a bigger question for anyone who relies on AI-generated results: did it solve the intended problem or exploit a technicality?