Investigating the Role of the Hypothetical Variable 'q' in Exotic Particle Collisions
Year: 2024
Type: article
Abstract: Description:This working paper explores the influence of a theoretical variable, 'q', on energy behavior in particle collisions. We compare experimental collision data to models modified by incorporating 'q', aiming to determine whether 'q' serves as a key player in resolving discrepancies in energy conservation and anomaly detection. By testing the 'q' variable's effect at both subatomic and galactic scales, we provide a multi-level examination of 'q's potential as a fundamental force or constant that bridges current gaps in theoretical physics. The findings show compelling evidence of 'q' capturing and re-emitting energy in a dynamic interaction, which not only accounts for "missing" energy in particle collisions but also sheds light on galactic phenomena previously explained by dark matter models. This is a working draft, inviting collaboration and further scrutiny from the scientific community. Contact Information:For further inquiries or discussion regarding this research, please contact: Christopher PetersonEmail: [email protected]: Independent Researcher, specializing in fundamental physics and cosmology.
Author: Peterson, Christopher
Language: English
Subfield: Nuclear and High Energy Physics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W6911768945
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