High Energy Particle Physics

   

A Relativistic Newtonian Mechanics Predicts with Precision the Results of Recent Neutrino-Velocity Experiments

Authors: Ramzi Suleiman

The research on quasi-luminal neutrinos has sparked several experimental studies for testing the "speed of light limit" hypothesis. Until today, the overall evidence favors the "null" hypothesis, stating that there is no significant difference between the observed velocities of light and neutrinos. Despite numerous theoretical models proposed to explain the neutrinos behavior, no attempt has been undertaken to predict the experimentally produced (v-c)/c results. This paper presents a simple novel extension of Newton's mechanics to the domain of relativistic velocities. For a typical neutrino-velocity experiment, the proposed model is utilized to derive a general expression for (v-c)/c. Comparison of the model's prediction with results of six neutrino-velocity experiments, conducted by five collaborations, reveals that the model predicts all the reported results with striking accuracy. Because in the proposed model, the direction of the neutrino flight matters, the model's impressive success in accounting for all the tested data, indicates a complete collapse of the Lorentz symmetry principle in stringent tests involving quasi-luminal particles, moving in two opposite directions. This conclusion is support by previous studies on the linear Sagnac effect, indicating that the travel-time difference between two counter-propagating light beams, relative to a uniformly moving fiber, is identical one detected in radial motion.

Comments: 8 Pages.

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Submission history

[v1] 2014-08-23 08:00:33

Unique-IP document downloads: 78 times

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