The UVS atomic model

[Vincent Wee-Foo]

Would like to seek insights from the members here on the UVS atomic model and its subtopics:

- The UVS atomic model with a nested dual-core electron shell

- The UVS atomic nucleus model

- The UVS periodic table of Möbius strip topology

- The UVS periodic table of manifold dual-core 3-sphere hypersphere topology

Please take it with a pinch of salt.

And all constructive comments on any particular subtopic listed above are most welcome.

[Sparky]

Vincent, this has got to be the most complex diagram model, ever.

[Vincent Wee-Foo]

Vincent, this has got to be the most complex diagram model, ever.

It merely appears to be complex and sophisticated.

But actually, the apparently complex structure is formed with the basic 5 Lagrangian points of resonated cyclonic and anti-cyclonic motion; the manifold manifestation in a nested torus-shaped structure makes it look difficult to understand.



Here is the table for the breakdown descriptions of the Lagrangian points in the nested atomic shell, and once you get the hang of it, you will realize that it is actually quite simple to understand.

A table of information for the Lagrangian points of the UVS atomic model

[D_Archer]

What is being modeled?

Regards,
Daniel

[Vincent Wee-Foo]

What is being modeled?

Regards,
Daniel

The structure of atom is being modeled.

[Vincent Wee-Foo]

The UVS periodic table with its dual-core Möbius strip topology, elucidates the foundation of the standard periodic table.

Image too large to load.

Please view it in "The UVS periodic table of Möbius strip topology".

Anyone has any insight on what this could bring about?

[D_Archer]

What is being modeled?

Regards,
Daniel

The structure of atom is being modeled.

Which atom?

Regards,
Daniel

[Vincent Wee-Foo]

What is being modeled?

Regards,
Daniel

The structure of atom is being modeled.

Which atom?

Regards,
Daniel

In its generalization, the structures of all known atoms that are naturally occurring.

The structure of 29Cu as shown below, is one typical example of the UVS atomic model.


Electronic configuration of 29Cu: 1s:2 2s:2 2p:6 3s:2 3p:6 3d:10 4s:1

See a table of information for the Lagrangian points of the UVS atomic model that tabulates the spawned Lagrangian points in the structure of a nested electron shell.

The UVS atomic model inversely contrasts with the Bohr model for its postulated atomic structure of electron shell, specifically, the arrangement of the s subshells.

The Bohr model for the copper atom as illustrated, postulates that its 4s subshell with one electron in the 4th electron shell, is farthermost from its atomic nucleus.


Bohr model 29Cu

[Vincent Wee-Foo]

I believe the UVS propositions for atomic structure, be it the UVS atomic model, atomic nucleus, or the UVS periodic table models, are full of holes, blind spots, and shortcomings.

So please help to diagnose and sieve them out.

And if anyone knows why does the s subshell only hold two electrons, please advise.

[Vincent Wee-Foo]

This UVS periodic table model of a Klein bottle topology, is a deviation of the UVS periodic table model of a dual-core Möbius strip topology, and it presents as an asymmetrical double lobe-shaped configuration. The insertion on top left illustrates how the nested spiral topological paths in the 6th and 7th periodical cycles, are intrinsically connected in its differential dual-core configuration.


Empirically observed filamentary structure of a supercluster.

See a UVS topic on "Supervoid" that elaborates on the empirically observed hyperspheres in the macrocosms where superclusters are organized.

See also an externally linked topic on "Newly Identified Galactic Supercluster Clarifies the Boundaries of Our Galactic Neighborhood" that reports on Milky Way is part of a newly identified galactic supercluster. From the UVS perspective, the empirically observed filamentary structures of superclusters, are supposedly formed and organized with vortical pinches and spiral twists of nested galactic dual-core hyperspheres.