Discover the beauty of sharpness and learn how to tell the difference between thorns, spines, and prickles.
What if everyone could clearly see their phone and computer screens without wearing eyeglasses or contact lenses? Researchers have developed new vision-correcting display technology that could help make this a reality.
Italy is approaching the next frontier in earthquake forecasting: an "operational" system that will make quake forecasts routine, whose contents we can take in stride.
The Alquist-Priolo law keeps new homes away from active earthquake faults. But a study finds that the resulting 'fault zone parks' attract wealthy residents despite the seismic hazard.
New work shows that the simple mineral sphalerite has geochemical powers suitable for helping life to arise from precursors in the mineral kingdom.
A performance artist will stand in San Francisco Bay for a tidal cycle of thirteen hours to dramatize the challenge of rising seas. At high tide, she'll be covered up to her neck.
A new paper marshals evidence detailing the catastrophic landslide and mega-tsunami that struck Lake Tahoe during the late Pleistocene.
Stanford scientist Sue McConnell will receive $1 million over the next five years to sustain a program that teaches biology seniors to communicate science to the public through art.
Most of us have heard about good cholesterol and bad cholesterol. But it's not the cholesterol that causes harm, it's the particles that carry it. And routine blood tests don't measure them.
A new study adds strong evidence that deep-injection wells can occasionally nudge a fault into activity. The key is figuring out how it happens, then learning to avoid whatever is making it happen.
As a flood of new exoplanets swim into our ken, we have ways of turning these pixel-size steams of data into insights about our own planet.
New evidence from high-pressure experiments and earthquake waves suggests the presence of water-rich melt at the base of the upper mantle, far deeper than previous estimates.
Data about volcanic eruptions and industrial pollution are encoded in great works of art.
When future geologists, whatever species they may be, look for our signs in the fossil record of the future, it may be this newly described amalgam of plastic and sediment.
Recent cutting-edge techniques are opening a new approach for earthquake forecasts by matching foreshocks -- small quakes occurring on the same stretch of fault that subsequently fails in the large mainshock -- to changes on the seafloor.
Imagine entering an art museum, only to recognize a disease you've struggled with. A variety of maladies are featured in the exhibit “Inside Rodin’s Hands: Art, Technology, and Surgery at Stanford’s Cantor Arts Center.
A research expedition in the Gulf of Mexico has stumbled on a field of beautiful natural sculptures made of asphalt on the sea floor.
A group of biologists asks their peers to start documenting newly discovered and "rediscovered" species by non-destructive techniques instead of killing a specimen to bring home.
A new paper attempts to describe a realistic picture of the unimaginable: a colossal cosmic impact that left a crater 500 kilometers across on the ancient Earth.
The Monterey Bay Aquarium's new exhibit will be the world’s largest, most diverse display of octopuses, squid and cuttlefish. To pull it off, aquarists are coaxing reproduction from the most reluctant critters.