ED026-0050
Measuring Cosmic Rays and their Effect on the Atmosphere

Thursday, 10 December 2020
Victoria Kourkoutis, World Journalism Preparatory School, Queens, NY, United States and Ariane Katrina Marchese, Columbia University of New York, New York, NY, United States
Abstract:
Studying the components of the universe has been a mesmerizing topic of study for many years. With constant evolvement to the knowledge humans possess today, it is important to continue discovering and revising what is known about the universe. Cosmic rays are energized subatomic particles that persistently burst through Earth’s atmosphere from all directions at nearly the speed of light. To further elaborate not only are there few definite conclusions as to where cosmic rays originate, it is suspected that cosmic rays may have an influence on Earth’s temperature and possibly release radiation. Hence, how it is important to investigate the mystery surrounding cosmic rays to better understand their influence. The method of study to this research is unique not because it used data collected from neutron monitors, but because data was also used to analyze correlations in Earth’s environment; such as temperature and weather. If there is an overall increase or decrease in scale value of cosmic rays then there will be a change in Earth’s environment because of the increase or reduction of cosmic rays. Accordingly, the purpose of this experiment is to identify how cosmic rays have influenced Earth’s environment.