A Wave Function for Protons and Neutrons (Preliminary Draft)


Yousef Sobouti

Institute for Advanced Studies in Basic Sciences

and

Academy of Sciences of Iran

sobouti@iasbs.ac.ir



To the best of our knowledge, there is no widely accepted wave function for nucleons. However, in solving the general relativistic equations for stars and galaxies, such a formulation becomes essential. In this preliminary discussion, we propose that the three constituent quarks of nucleons, being spin-½ particles, can be modeled as Dirac spinors. Furthermore, as massive particles, they curve the spacetime around the nucleons and become gravitationally bound within their own curved geometry.

انجمن علمی فیزیک بوعلی BSPS

A Wave Function for Protons and Neutrons (Preliminary Draft)


Yousef Sobouti

Institute for Advanced Studies in Basic Sciences

and

Academy of Sciences of Iran

sobouti@iasbs.ac.ir



To the best of our knowledge, there is no widely accepted wave function for nucleons. However, in solving the general relativistic equations for stars and galaxies, such a formulation becomes essential. In this preliminary discussion, we propose that the three constituent quarks of nucleons, being spin-½ particles, can be modeled as Dirac spinors. Furthermore, as massive particles, they curve the spacetime around the nucleons and become gravitationally bound within their own curved geometry.

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