Research Concerning Detection of Cosmic Rays
ORAL
Abstract
Throughout my academic career at Loyola I have carried out research with the Loyola University Cosmic Event Detection System concerning the possibility of detection of ultra high energy cosmic rays (UHECRs) based on radio meteor scattering methods. This research was furthered through summer internships and research fellowships at Adler Planetarium Chicago and Stony Brook University in New York. At Adler Planetarium we used a helium balloon carrying a Geiger counter and other equipment to record the cosmic ray flux at various points in the atmosphere. The results clearly show the flux depends on the atmospheric density. At Stony Brook University I studied their advanced system for detecting cosmic rays in similar manner to radio meteor scattering principles. Research there focused on detection algorithms and also on the possibility of utilizing Digital Tv (DTv) signals for further research. Through the research a solid understanding of cosmic rays was formed including topics such as origins and energy scales of cosmic rays, both of which pose unanswered questions.
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Authors
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Hal Spinka
Argonne National Lab
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Maxwell Grady
Loyola University Chicago
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John Cunningham
Loyola University Chicago
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Steve Kuhlmann
Argonne National Lab
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Dave Underwood
Argonne National Lab
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Mark Hammergren
Adler Planetarium