The quarks. A beautiful coordinate system.
PDF version https://sarxiv.org/bts.2022-02-27.pdf
The handwritten paper below is my hypothesis that the quarks form a coordinate system based on the ten dimensions of the Poincare Group, 3 + 3 + (3 + 1).
This model is quaternionic and octonionic in nature. Although, i do not apply much math. I present this model in diagrams with explanations.
It is an exploration of how a 3d coordinate system created from energy can produce a 3d space/object and its particles in a geometric isotropic system such as the Universe or an atom.
With the addition of the (3 + 1) spatial and spacetime dimensions. A 4d hyper-space/object is created. I explore where the spacetime dimension fits into the model, also the gravitational effect and neutrino's.
I hope you enjoy
Sheet metal worker.
1 年For anyone not able to read my handwritten pages. Here they are in PDF form. https://sarxiv.org/bts.2022-02-27.pdf Special thanks to Terry Bollinger for his time, interest and turning my handwritten article into a PDF form.
Physics
2 年Hi John, Very interesting article. We most likely have several dimensions. In my new book I suggest a new dimension of energy density in a coordinate point. How much energy a coordinate has characterise the point. The energy can be of matter, energy plasma or dark energy. This tells us about the property of this point. Quarks are the fundamental building blocks of atoms. Each quark has a specific function and an operating system. Each quark may also be responsible for the handling of a specific energy. We know some energies like electromagnetics, the strong force, gravity etc. There may be other energies we still do not know that are required for matter and other phenomena to perform their tasks. Maybe some of the other dimensions are unknown energies?
An Augmented & Inspirational Defense Technology Innovation Leader
2 年Richard Banduric
An Augmented & Inspirational Defense Technology Innovation Leader
2 年Your hypothesis suggests that quarks form a coordinate system based on the ten dimensions of the Poincare Group, which is quaternionic and octonionic in nature. The model uses diagrams to explain how a 3-dimensional coordinate system created from energy can produce a 3-dimensional space/object and its particles in a geometric isotropic system, such as the universe or an atom. The addition of the extra 4th dimension of spacetime is also explored, as well as the potential implications for gravity and neutrinos.
Excellent work! Thanks for sharing