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New Theories / Not-Quite-So Elementary, My Dear Fermion
« on: 26/12/2022 00:02:15 »Not-Quite-So Elementary, My Dear Fermion
In the light of the new findings which we discussed in my previous post Strings? Or Just More Sub-Particles? and as a continuation of the same subject.
In this topic, we want to discuss if this new sub-structure model of the electron can be applied to all fermions and what possibilities are there, which can enable us to explore all the available hypothetical options we can have.
After second thoughts, there is still a possibility that this new sub-structure model can share similarities between atom's & proton's sub-structure models. And that depends on how this discussion goes, I will start by laying a few points and then asking some questions and your suggestion for their answers may help pave the way for some good conceptual ideas (or may not at all) or we may very well reach a dead end.
As I didn't have access to the full papers (not that I would understand everything on them if I did have access), I would love it if those who have; could share their insights here as they would be the ones who should know better about the answers to those questions, and to show us whether they include false assumptions or not with regards to the full papers (or in general), nevertheless, anyone who did not read the full papers is also welcomed to give his opinion.
Before fermions, let's quickly pass by photons and see if bosons might also be included:
- Light has no charge; therefore, we do not need a holon (or chargon) for the photon.
- Light has orbital angular momentum, but does it need an orbiton to carry it's OAM as an individual photon?
- Light has spin angular momentum, but can photons be their own spinons?
If the answers to the above two questions were no and yes respectively, we can rule out bosons.
Now About Fermions:
Since all fermions have all three properties of spin, orbital angle, and charge:
- Can they -in theory- also consist of spinons. orbitons, holons?
- If yes, can spinons, orbitons, and holons exist in different types/flavors or mass values each one is a carrier of a different value of spin, orbital angle, charge respectively (like different types of quarks with different mass values -for example-)?
- If yes, can the individual spinon -as an example- be considered a collection of spinons with a collection of individual spin carrying values which together carry the particle's spin value?
- If yes, could these smallest Quantas of spinons be the photon?
- Do orbitons and holons have spin angular momentum and orbital angular momentum?
If we were able to answer half of those questions firmly, we would have something, in my opinion, and if I am not being optimistic, these new findings are already an indicator that we (as mankind) will get to the bottom of that rabbit hole very soon.