2017 QuarkNet Annual Report Hawaii
QuarkNet at Wayne State University
QuarkNet at Johns Hopkins University
Friday Flyer - October 6, 2017
Spotlight on the Colorado State University QuarkNet Center
Located along the Colorado Front Range in Fort Collin, this center just completed its sixth year in QuarkNet. Led by lead teachers Cherie Bornhorst, Zach Armstrong, and Adam Pearlstein, along with mentor Bob Wilson, this summer's workshop came in two parts: a two-day CMS e-Lab workshop in which teachers explored the new CMS e-Lab, and a field trip to DUNE at the Homestake Mine in South Dakota. Though last spring this center was unable to hold its masterclass at CSU due to a snow storm (second year in a row!), this didn't stop teachers Chris Nichols and Roger Felch from holding the masterclass at their high school with 30 students participating!
Parameterization of Flux Graphs
Emi Ahlo - Kamehameha Schools Kapalama, Honolulu, HI
Using flux graphs, the reliability of a Student Cosmic Ray Detector can be identified. Analysis of
numerous detectors with a variety of geometry and parameters have produced specific detector data
characteristics that identify reliable detectors. The two most telling properties are a horizontal best fit
line in the flux plots, and no more than 15% of a deviation from that line.
Altitude vs. Muon Lifetime
Kahiwakuikanaulu Hoe - Kamehameha Schools Kapalama
In order to analyze the relationship between muon decay time and elevation from sea level, muon
detectors from around the world were reviewed for accuracy. The amount of flux and the consistency of
the detector were the primary factors to monitor, and the lifetimes of each school along with its
respective elevation were plotted to show a positive correlation between 40 m and 240 m of elevation,
but higher altitudes had too few data points to draw a notable conclusion.
Cosmic Shower Parametrization and CME Hazard Prognosis
John Mailolo - Kamehameha Schools Kapalama
Cosmic showers are a natural event caused by radiation, which may produce negative and mutagenic
effects within human populations. This study defines the parameterization to measure and detect
increased levels of cosmic radiation, utilizing solar flare data first, then flux levels.
In addition to parametrization, this methodology predicts a correlation with cosmic radiation on Earth,
within one to three days. This parameterization also highlights the potential boundaries at which solar
Comparing EUV and LOS Magnetic Field Images to Determine if Coronal Holes are a Part of the Solar Cycle
Zain Jabbar - Maui High School
Hydroponic System Simulation of UVC Effects on Plant Growth for Mars
OneJae Lee – Maui High School
Constructing a Raspberry Pi Muon Detector
Mary Chin - Maui High School