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HIV vaccines guide rare immune cells to make broadly neutralizing antibodies
The forgotten 20 million: why is the world neglecting Afghanistan’s girls and women?
Shipping on rivers packs a surprisingly large climate punch
Phosphine-mediated azine C–H couplings with water and ammonia
Why scientists should lead the shift away from AI mega data centres
A ‘super’ El Niño could transform the Amazon. Is the world’s biggest rainforest doomed?
Solar eclipse offers rare chance to solve Sun’s magnetic-field mysteries
When the best decision is no decision: the rise of randomization in grant funding
Seven tips for a graceful lab exit
Will AI make our dreams all look the same?
How escalating costs scuppered a radio telescope at Joddrell Bank
AI tools speed up analysis, but scientific truths must be grounded in reality
The case for responsible scientific activism
Funders should look beyond strict age criteria
Author Correction: Uncovering the role of LINE-1 in the evolution of lung adenocarcinoma
‘Mismatched’ vaccine being rolled out against Ebola outbreak
Amid ethical questions, DRC proceeds with shot that may offer some protection against the Bundibugyo virus
Halted dam releases threaten Colorado River ecosystems
Amid severe water shortage, federal authorities canceled actions for managing fish and sandbars
Behold the ‘glueball,’ a strange new form of matter
Collider in China forges elusive particle, made of force-carrying gluons
Shattered skeleton in Scottish castle is first confirmed death from trebuchet
“Devastation” across body of 14th century warrior indicates horrific demise from flying boulder
A simple blood test could detect multiple cancers and reveal where they started
UCLA researchers have created a blood test that can scan DNA signals for multiple cancers, liver diseases, and signs of organ damage—and even indicate where trouble may be developing. Early results suggest the inexpensive approach could bring medicine closer to a single blood test capable of catching a wide range of diseases before they become harder to treat.