The Ole Miss Group:
The group at the University of Mississippi is somewhat unique in the fact that most of the high energy group is involved in the project in one form or another. The professors include Dr. James Reidy, Sr. who is overseeing the program, Dr. Rob Kroeger, who is providing additional physics background to the high school teachers involved, Dr. Lucien Cremaldi, who is working with the teachers on taking measurements associated with the Auger Project (more on that below), and Dr. Don Summers, an additional source for help and advice on particle detectors. Another invaluable resource has been Dr. David Sanders, the computer specialist in the department who as also done work in detector assembly.
The high school teachers involved this year include Jim Reidy, Jr., a physics and chemistry teacher at Oxford High School in Oxford, Mississippi, and Ken Wester who teaches several levels of physics at the Mississippi School for Mathematics and Science in Columbus, Mississippi.
If you're interested, you can see the entire group here!
Our Accomplishments and Goals for 2021
On June 21 we conducted a one day workshop on Neutrino physics. Several teachers and faculty attended including distinguished guest Ken Cecire. We began with an introduc- tion to the standard model and neutrino physics. Teachers Denise Byrd and Martha Mills presented Carbon Dating and The Discovery of the Neutrino. We delayed a discussion on Neutrinos from the Sun by Dennis Reed who could not attend. In the afternoon Dr. Gavin Davies discussed how neutrinos are identified in a DUNE-like or NovA-like neutrino detector.
On July 19 we met again in a one day workshop where we discussed the importance of Plancks constant h and how it is now the mass standard. We then made a measurement of Plancks constant. The teachers were provided a circuit board with LEDs and power supply. Teachers measured the activation voltage V o of each color LED and determined Plancks constant with the formula hf = eV o . Here f is the central emission frequency ot the LED. We delayed a discussion of Dark Matter until our next meeting workshop.
Our Accomplishments and Goals for 2007-2008
The QuarkNet teachers went on a tour of the Stanford Linear Accelerator Center (SLAC) and the Lawrence Berkeley National Laboratory (LBNL). At SLAC we visited the BABAR and SLD experiment halls and saw the Klystron Gallery and End Station A as well as the site of the upcoming Linac Coherent Light Source (LCLS). On our visit to the BABAR experiment we saw the control room and the detector. At LBNL we saw the visitors gallery and the Advanced Light Source (ALS).
Our Accomplishments and Goals for 2006-2007
The QuarkNet teachers and students went on a tour of the Oak Ridge National Laboratory (ORNL). As part of the tour we saw the old reactor, the computing facilities, the image processing facilities and the Spallation Neutron Source (SNS). We also saw the TVA Bull Run Fossil Plant, a coal power plant. On the way to Oak Ridge, the group from the Oxford are also stopped at the U.S. Space and Rocket Center in Huntsville AL.
Our Accomplishments and Goals for 2005-2006
Our Accomplishments and Goals for 2003-2004
At the summer work QuarkNet workshop at the Univeristy of Mississippi, the teachers constructed Muon detectors.
Our Accomplishments and Goals for 2001-2003
This is the first
year for this program at Ole Miss, so we are really just getting off the
ground. So far this summer, the high school teachers (henceforth to be
referred to as "we") have accomplished the following:
We have been taking measurements on how light is reflected off the surface of Tyvek, a material produced by 3M which is used to line the cosmic ray detectors utilized in the Pierre Auger (pronounced "oh-ZHAY") Project. To find out more about cosmic rays or the Pierre Auger Project, follow this link.
We attended semi-annual meeting of high energy physicists from around the country and around the world, Snowmass2001, held at Snowmass Village, Colorado. Here physicists come together to discuss issues in the field of high energy physics and the direction that research should follow in the coming years. The QuarkNet teachers from around the country were invited to attend a weeklong workshop where we learned how to analyze data generated by the particle detectors and how to incorporate particle physics in a high school classroom environment.
At the QuarkNet meeting in Snowmass, each team was able to build a cosmic ray detector, consisting of two scintillators and a numeric display that counts the number of cosmic rays coming in over a given time period. We hope to use this in the classroom this coming year to plot data looking at dependence on time of day, types and amount of shielding, and even the lifetime of a muon (the prime constituent of the cosmic rays reaching the ground). In the near future we hope to construct a portable solid-state cosmic ray detector that has a display showing the actual tracks of these particles as they enter the detector.We are working on getting the parts now and should be able to construct the unit within the next month or two.You can also view a QuickTime Movie (3.7 MB) of the output display of this device by visiting https://quarknet.fnal.gov/materials.
For questions or comments on any of the content of this website, or for more information
on the QuarkNet Project, please feel free to contact us:
Last updated:Saturday, 09-Jul-2022 08:40:20 CDT
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