Seafloor sensors caught a rare slow quake in action. It hints at how Earth's stress is quietly released. For the first time, ...

NASA has developed a powerful life-saving device that can detect even the tiniest human movement beneath rubble or snow after ...

We develop a random forest (RF) model for rapid earthquake location with an aim to assist earthquake early warning (EEW) systems in fast decision making. This system exploits P-wave arrival times at ...

Scientists have uncovered a rare slow-motion earthquake in Japan’s most tsunami-prone fault zone.

A 3.3-magnitude earthquake hit Northern California Monday evening near Los Banos, about 30 miles from San Jose. No damage ...

Scientists detected a slow-motion earthquake off Japan, offering rare insight into hidden faults and tsunami risks beneath ...

The rapid development of robotics technology and human–machine interaction has created a growing demand for accurate and reliable 3-D force measurement. Flexible force sensors, known for their high ...

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They captured the event using advanced borehole sensors installed deep beneath the ocean floor in a region known as the ...

Two slow-motion earthquakes took several weeks to travel 20 miles along the fault. Each happened in places where geologic ...

Sensors and observation instruments being lowered into a borehole off the coast of Japan nearly 1,500 feet below the seafloor during an International Ocean Discovery Program mission in 2016. Sensors ...