High Energy Particle Physics

    

Probable Synthesis of Protons from Muons

Authors: Jaswant Rai Mahajan

Starting from three equal but unknown energy / mass fermions (Q), each carrying a unit positive or negative elementary charge, the electromagnetic potential energy of their attraction (Epot) has been utilized to forge them into proton: Q+, Q-, Q+ (Epot) → q+: q-: q+ (p). This study employs the equal assimilation of the attractive energy by the three Primary or the starting fermions to convert them by compression into the Forged fermions (q) which constitute the proton. The value of the mass / energy deduced for the Primary fermions (Q = 204 e), equivalent to the mass or energy of 204 electrons, strongly supports my earlier suggestion for the candidacy of the well-familiar Muons (207 e) for forging them into protons. The present report also examines the viability of a triangular structure for proton.

Comments: 6 Pages. Constructive feedback is welcome.

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Submission history

[v1] 2013-09-12 10:02:25

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