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by
Bhagirath Joshi
M.Sc. Solid State Physics, Gujarat University M.S. Computer Engineering
University of Lowell (UMass Lowell) Doctoral Research, Physics
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Abstract
To evaluate whether Nickel (Z=28) and Zinc (Z=30) can be successfully bombarded with protons to induce a clean, symmetric fission split under the Excess Neutron Shell (ENS) Model, we must analyze their core-mantle architectures.
Under the ENS model, a clean, immediate fission split requires a very specific structural condition: the core population must collapse completely to Nex=0, evacuating the central n=0 singularity anchor and forcing the outer mantle pairs to split into perfectly closed, non-strained harmonic matrices (like Helium-4).
Let’s calculate the structural matrices for the most abundant stable isotopes of Nickel and Zinc to see if they meet this criteria.
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