The discrete electrostatic-oriented proximal local presence of the Majorana-Weyl-Invariant-Mode in electrons, helps to make these tend to work to bear a relatively greater fractal modulus, than a photon. (This is why an electron's Hitchin Modulus, tends to work to bear a greater "d" automorphic-related fibration mode.)Yet; The general "non inflatable" characteristic of the i*PI(del) Action in photons, helps to make these tend to work to bear a relatively greater elastic modulus, than an electron. (This is why a photon's Hitchin Modulus, tends to work to bear a greater "p" automorphic-related fibration mode.) TO BE CONTINUED!SAMUEL DAVID ROACH.(1989).
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