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| Credit: PhysicsWorld |
...thank Einstein (though reluctant to have contributed to its creation), preceding him James Clerk Maxwell, Michael Faraday, Gustav Kirchoff, Ludwig Boltzmann, Henrich Hertz, Max Planck; contemporaries Enrico Fermi, Leo Szilard and Max Born who coined "Zur Quantenmechanik" in a 1924 paper, the inimitable Richard Feynman, and any physicist or engineer that has studied, used and designed with quantum mechanics since. 
Any oversight is an error on my part.
Researchers in California have developed a system that can rapidly determine the size of an earthquake and the extent of its impacts within a fault zone, including its potential for triggering a devastating tsunami. The researchers have used the system – which is based on GPS measurements – to accurately model two historic earthquakes in Japan and northern Mexico.
The 2011 Japanese earthquake disaster showed that the first few minutes after an earthquake are critical. When the Tōhoku earthquake struck, it took geophysicists more than 20 min to compute that the earthquake was magnitude 9.0 on the Richter scale. Had the authorities known the full extent of the earthquake sooner, it would have given them valuable time to activate early-warning systems to help prepare people for the large tsunami that would inevitably follow.
The 2011 Japanese earthquake disaster showed that the first few minutes after an earthquake are critical. When the Tōhoku earthquake struck, it took geophysicists more than 20 min to compute that the earthquake was magnitude 9.0 on the Richter scale. Had the authorities known the full extent of the earthquake sooner, it would have given them valuable time to activate early-warning systems to help prepare people for the large tsunami that would inevitably follow.
Physics World: Rapidly spotting major earthquakes using GPS
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