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Simplifying SR and GR with Relational Geometry — Algebraic Derivations Without Tensors. Testing and discussion.

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The answer would require use of three fields each describing a specified order of relations

Linear acceleration and stress

math]f(r) = 4\pi r^2[/math] can be plotted on a 2D graph does not make the expression itself "graphical coordinates

Thats a 2 dimensional graph using the double cover of the SO(3) group under SU(2)

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1 hour ago, Mordred said:

The answer would require use of three fields each describing a specified order of relations

Linear acceleration and stress

math]f(r) = 4\pi r^2[/math] can be plotted on a 2D graph does not make the expression itself "graphical coordinates

Thats a 2 dimensional graph using the double cover of the SO(3) group under SU(2)

Why are you here? You not reading my answers you ignoring my derivations after 20+ comments posted you cant even answer the basic question about model under critic. So why are you here? Are you that desperate for self validation that you hanging out in speculations subforum in order to school armatures? And here you got the armature that publicly schooling you... Must be hard for your fragile ego to accept it... I feel sad for you man...

From now on I will ignore all your messages. I wish you to find reasons to love and respect yourself.

9 hours ago, Anton Rize said:

It is the physical manifestation of the star hitting the energetic floor (the Fundamental Tone) supported by the global resonance of the Universe

How? and why?

1 hour ago, Anton Rize said:

Why are you here? You not reading my answers you ignoring my derivations after 20+ comments posted you cant even answer the basic question about model under critic. So why are you here? Are you that desperate for self validation that you hanging out in speculations subforum in order to school armatures? And here you got the armature that publicly schooling you... Must be hard for your fragile ego to accept it... I feel sad for you man...

From now on I will ignore all your messages. I wish you to find reasons to love and respect yourself.

Its too bad you do not understand linearization.

However your right I'm done trying to help you improve the quality of your articles. I can quarantee without linearization applied to specific sets such as S^2 vs S^1 vs SO ( 3.1) aka (spacetime) Lorentz or Poincare group relations none of your articles will ever gain any weight in any peer review publication standard.

Llinearizarion also involves specific equations such as your use of the Beta function.

However that's obviously too much for you.

Good luck

Obviously any adherence to math relations beyond simple scalar quantities is too much math for you.

For other readers 3P is the spatial sum of Pressures in all three spatial directions.

\[P_x, P_y, P_z\]

Edited by Mordred

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