On June 23rd, the MicroBooNE neutrino detector was lowered into position at the U.S. Department of Energy's
Fermi National Accelerator Laboratory. The detector consists of a 32-foot long "time projection chamber" that
is readout by 3 layers of wires. Once the detector is filled with 170 tons of liquid argon, a sophisticated
computer processing program will be able to create a 3-D image of neutrinos interacting with the liquid argon.
The MicroBooNE team, which includes CNP's Camillo Mariani and his research group, hopes the data can be used to
learn more about how neutrinos change from one flavor to another, and to help narrow the search for a possible
fourth neutrino flavor, known as the sterile neutrino. The Virginia Tech group is responsible for the online
monitoring of the system to ensure safe operation, and a muon veto system, according to Prof. Mariani.