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The nuclear structure problem has puzzled physicists for nearly a century. I've spent over 20 years working on this problem myself. I had an idea back in 1978 that electrons had a string attached to them to explain the behaviour of magnetic fields and Cooper pairs. I theorized that electrons might be some kind of knotting in the string. I extended that idea to the nuclear structure problem. I felt that the electron orbitals around atomic nuclei were too orderly, constrained to particular configurations by the atomic nucleus they enveloped, and that those orbitals should be predictable from nuclear considerations alone. I worked for many years reverse-engineering the nucleus from those electron orbitals, seeking a system of geometry that would correctly define nuclear structure as well as predicting the electron orbital configurations. I am pleased to present here some of the results of my research. I believe that the nuclear structure problem is essentially solved, and I present this data in the hope that chemists and physicists will be able to confirm the nuclear structural models. There is still a great deal of work to be done, as I have only been able to generate solution sets to the lightest elements and their isotopes with my crude modeling techniques. Still, I believe the solution sets I have found give extremely compelling evidence that the laws of nuclear geometry I have proposed are valid, and yield accurate results. Not only does this string theory (colliding corpuscular string theory) predict the location of "up" and "down" quarks in the proton and neutron nuclear shells, it also predicts the locations of "p" and hybridized electron orbitals in the atomic configurations of the various isotopes. The system of nuclear geometry starts from a simple set of rules, yet it builds to complexity very rapidly as more shells are stacked within the nucleus to yield more massive nucleons. One of the more surprising discoveries of CCST is that the nucleus must contain shells of electrons interleaved with the proton and neutron shells in heavy nuclei. (Electrons are not point particles in this theory, electrons have a leptonic quark structure displayed in an orthogonally rotated space-time metric.) Even the lightweight helium nucleus is predicted to have an internalized electron shell of two snuggled in the nuclear interior. Essentially all non-valence electrons will be found composited into electron shells in the nuclear interior, they will most likely interleave between otherwise adjacent proton shells. I have not bothered to construct the electron shells, only solved proton and neutron shells are presented on this website. Electron shells are solved for much as proton shells with an opposite charge character, and several of the proton shells given can be directly converted to represent solutions for electron shells. Pinned vector bosons are handled slightly differently for electron shells, and I'm not sure at this point if electron shells in the nuclear interior are able to pin external strings. As I said, there is still a great deal of work to be done.
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String Basics (The Ultimate Building Block) Chemists (Intro & Important Stuff.) Key to Nuclear Models (What am I seeing?) Nuclear Shells (No, they are not molecules!) Empirical Laws (The Rules of Nuclear Geometry.) How to Build Them (Try it, you'll like it!) Mensuration (Calculating Loop Values.) Glossary (Terminology of Nuclear Geometry.) Mirrors, Strings and Manifolds (Cosmological Foundations of CCST.) 3D Viewing (Stereogram Viewing Aids.)
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If most of us are ashamed of shabby clothes and shoddy furniture,
let us be more ashamed of shabby ideas and shoddy philosophies.
--Albert Einstein
Legal Notes: There have been No Taxpayer Dollars and No Government Grants. All work was written, produced, funded, built, photographed, scanned, edited, copyrighted, HTML-coded, and released by the author. The author retains intellectual property rights and copyrights on this material.
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