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We examine the production and decay of extremely heavy magnetically chargedleptons, (tau_g and mu_g), to their own very heavy mu_g and e_g plus their ownnew species of neutrinos, nu_g and nubar_g, at some time early in the universewhich could be present in space and, attracted gravitationally towards andpassing through astronomical objects, annihilated with each other to producelarge numbers of photons. Further, we describe the possibility of presentlydetecting the bursts of such photons, of three different total energies, in theseas or oceans on earth.

Consequences of the Production of Very Massive Magnetically Charged  Leptons Early in the Universe and Their Decays to a New Set of Extremely  Massive Neutrinos