What Spider-Man gets right — and wrong — about turning off superpowers
In 'Spider-Man: Brand New Day,' Peter Parker devises a superpower inhibitor based on a real therapy using RNA.
In 'Spider-Man: Brand New Day,' Peter Parker devises a superpower inhibitor based on a real therapy using RNA.
Scientists used fiber-optic cables to turn “thunderquakes” into underground maps that could help reveal hidden hazards beneath cities.
A personalized mRNA vaccine paired with Keytruda may help keep skin cancer from returning after surgery, a large clinical trial suggests.
Capuchins hunt and eat small vertebrates more often as plant foods wane. The behavior may help us learn more about humans’ early dietary evolution.
Atmospheric rivers bring heavy rain and floods, but if they don’t come around, it could mean drought. A new global map reveals little-known pathways.
A study of 143 piercing tools, from tusks to love darts, finds they trade off piercing ability for durability. And no one shape wins out.
Editor in Chief Nancy Shute reviews new research in static electricity and other science revelations in our September magazine issue.
Artemis IV will put people on the moon’s surface for the first time in 50 years. NASA research reveals the microbes that might hitch a ride.
In 'Spider-Man: Brand New Day,' Peter Parker devises a superpower inhibitor based on a real therapy using RNA.