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A mild earthquake shook northern Illinois this morning. The U.S. Geological Survey reported a 3.8-magnitude quake at 3:59:33 a.m. centered in a farm field on Plank Road in Elgin near Hampshire and 3.1 miles underground. Initially, it had reported the magnitude as 4.3 with an epicenter about 5.5 miles east of Sycamore. The quake was felt over a wide area -- from Wisconsin to Tennessee -- but there were no reports of any damage so far, according to the Kane County and DeKalb County sheriff's departments, which are closest to the epicenter.
Located on the East side of Batavia, IL, the core research area at Fermilab is particle physics, which involves the very smallest building blocks of matter. Scientists investigate the foundations of matter to understand the forces that hold them together or force them apart. On a 6800-acre site - just under 10 square miles - Fermilab operates a range of proton/anti-proton accelerators to enable various sub-atomic collisions. Using enormous amounts of energy, collisions can reveal exotic particles of matter, which are detected by special devices.
Because the Midwest represents one of the most stable geological regions of North America, tremors are infrequent. And when they do happen, geologists are hard-pressed to come up with a reason why.
Wednesday’s earthquake joins two others in 2004 and 1999, which were both in the 3.5-4.0-magnitude range.
The Department of Energy on 8 January,2010 granted Fermilab initial approval to begin work on the Long Baseline Neutrino Experiment, which would study the shy, mysterious and chargeless particle that rarely interacts with matter and was only discovered to have mass (a tiny bit) in the late 1990s.
In 2003, Fermilab finished the construction of 4000 feet of tunnels and two large underground experimental halls, all of which are located underneath Fermilab property. The main tunnels and the two halls are between 100 and 350 feet deep in the ground, carved out of the rock located directly underneath the Fermilab site.
The new construction, called the Neutrinos at the Main Injector (NuMI) project, now houses the experimental tools to create neutrinos, some of the lightest building blocks of the universe. Neutrinos are particles that are created at the center of the sun, and they arrive on earth with the same abundance as light, but invisible to the naked eye. The NuMI project will enable us to create and observe these particles in a lab environment.
Fermilab scientists use the NuMI infrastructure to create beams of neutrinos that travel 450 miles from Fermilab to Soudan, Minnesota - but no tunnel needed! Our neutrinos - like the neutrinos from the sun - are able to travel through rock and other matter without leaving a trace. The 4,000-foot Fermilab tunnel - used in producing the neutrino beam - stops well before reaching the boundary of our site.
The neutrinos, traveling deep underground, go in a straight line to a mine in Minnesota, where scientists can detect and study the beam and its properties.
Originally posted by Oneolddude
I have waited to post this information because I was hoping astute members of ATS would make the connection. Sadly, no one did so I will enlighten you.
Originally posted by Oneolddude
"The neutrinos, traveling deep underground, go in a straight line to a mine in Minnesota."
The U.S. Geological Survey reported a 3.8-magnitude quake at 3:59:33 a.m. centered in a farm field on Plank Road in Elgin near Hampshire
Originally posted by Oneolddude
reply to post by Pharyax
You posted a link to a .gov web site.
[edit on 11-2-2010 by Oneolddude]
Originally posted by Oaktree
I'm thinking that this might be more than a coincidence.
I was plotting the positions on a map, too.
It seems a few others have beat me to posting the plot lines.
The line of travel of the neutrinos flows right through the epicenter!
And there is no fault anywhere near this area.
One more thing, while I'm not up on earthquakes much, is it normal for the location of an epicenter to be so precise?
That seems pretty precise, no?