While analyzing strong-motion data close to fault lines, a group of researchers at Kyoto University noticed something ...
When an earthquake rupturing along a fault hits a barrier, it creates a seismic signature called the “stopping phase.” ...
Multiple research fronts saw major advances on April 24, 2026, with AI models driving new capabilities in protein interaction prediction, automated protein design, and earthquake engineering ...
Recently, while analyzing strong-motion data close to fault lines, a group of researchers at Kyoto University noticed ...
Seismicity decreases with depth because elevated confining pressure prevents frictional sliding of faults. However, ...
A new study uncovers a hidden pattern of ground motions at the end of big earthquakes that could help scientists and planners ...
On Monday residents of northeastern Japan were rattled by a massive magnitude 7.7 earthquake off the coast and warned of ...
Duke faculty and students are working with colleagues in Nepal to give the country more warning before deadly earthquakes ...
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The science behind earthquake prediction efforts
Every year, the Earth shakes thousands of times. Most of those tremors go unnoticed, felt only by sensitive instruments buried deep in the ground. Occasionally, though, one of them tears apart cities, ...
Kyoto University researchers have identified a "stopping phase" in seismic data that occurs when an earthquake hits a barrier ...
A new report pleads for the coalition Government to reverse its cuts to the science sector if it wants to see it profit ...
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