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I think my head is going to explode!
09-15-2011 10:49:34.930 (PDT) 11.7 miles E of HENDERSON-NV 36.0677 -114.7718 0.1 2.0
09-15-2011 09:50:06.360 (PDT) 21.3 miles ESE of BIG_PINE-CA 37.0382 -117.9390 18.5 1.6
09-15-2011 08:44:26.810 (PDT) 12.9 miles E of HENDERSON-NV 36.0597 -114.7491 0.0 2.0
09-15-2011 07:13:19.285 (PDT) 12.9 miles E of HENDERSON-NV 36.0597 -114.7491 0.0 2.0
09-15-2011 03:38:46.865 (PDT) 4.9 miles SSW of Truckee-CA 39.2529 -120.2078 9.2 1.4
* This is a computer-generated message -- this event has not yet been reviewed by a seismologist.
* Thursday, September 15, 2011 at 17:49:34 UTC
* Thursday, September 15, 2011 at 10:49:34 AM at epicenter
* Time of Earthquake in other Time Zones
Location 36.069°N, 114.790°W
Depth 0.1 km (~0.1 mile) (poorly constrained)
* 17 km (10 miles) NNE (31°) from Boulder City, NV
* 22 km (13 miles) ENE (78°) from Henderson, NV
* 23 km (14 miles) E (97°) from East Las Vegas, NV
* 41 km (26 miles) ESE (110°) from Las Vegas, NV
Location Uncertainty horizontal +/- 1.7 km (1.1 miles); depth +/- 6.3 km (3.9 miles)
Parameters NST= 18, Nph= 16, Dmin=124 km, Rmss=0.23 sec, Gp=191°,
M-type=local magnitude (ML), Version=8
* Seismological Laboratory, University of Nevada, Reno
Event ID nn00348014
All Earthquakes in California-Nevada Earthquakes recorded for the last week (168 hours). Times are local (PST or PDT). The most recent earthquakes are at the top of the list. Click on the word "map" or "MAP" to see a map displaying the earthquake. Click on an event "DATE" to get additional text information. Magnitude 3 and greater earthquakes are printed in bold type. The top three magnitude categories above magnitude 3 are in red. (For example 3,4,5 or 4,5,6, etc.)
Now ,I know this was dated Nov.18 of what year,I don't know.
Nov. 18 -- A multi-disciplinary team of researchers presented the world’s most advanced earthquake shaking simulation at the Supercomputing 2010 (SC10) conference this week in New Orleans. The research was selected as a finalist for the Gordon Bell Prize, awarded at the annual conference for outstanding achievement in high-performance computing applications. The “M8” simulation models how the ground will shake in a magnitude 8.0 earthquake on the southern San Andreas Fault. The simulation covers a larger area, in greater detail, than previously possible. Perhaps most importantly, the development of the M8 simulation advances the state-of-the-art in terms of the speed and efficiency at which such calculations can be performed.