Scientists used artificial intelligence to find hidden slow fault movements. These silent events occur beneath California's San Andreas Fault. Such movements release stress over hours or days, escaping traditional detection.

Scientists used artificial intelligence to analyze strainmeter data along the San Andreas Fault, revealing hidden slow-slip events linked to low-frequency earthquakes.

Scientists used to think so-called “slow slip events” were “theoretically impossible.” Now these subtle tectonic shifts could be the key to predicting future earthquakes.

ESMERALDA COUNTY, NV - A preliminary 2.2 magnitude quake shook near Silver Peak on Friday night, according to the U.S. Geological Survey.

A sudden earthquake jolted three US states, triggering mass alerts, widespread panic, and renewed scrutiny of the nation's

The video connects Venezuela’s devastating strike-slip earthquake to the same kind of fault system running through California’s San Andreas, where locked blocks of crust can store stress for centuries before snapping.

According to the study, both fault systems have reached exceptionally high stress levels due to centuries of tectonic strain.