QED:WeakForce:QCDU(1):SU(2):SU(3)T^1:T^2:T^3 ?

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SUMMARY

This discussion explores the conceptualization of electric charge as quantized momentum around a circle, extending this idea to Weak Charge as quantized momentum in T^2 (a two-torus) and QCD's color charge in T^3 (a three-torus). Participants agree that the various charges can be associated with quantized momentum in their respective group manifolds. The group manifold of U(1) is confirmed to be isomorphic to a circle, while SU(2) and SU(3) are identified as three-dimensional and eight-dimensional spaces, respectively. The visualization of these higher-dimensional group manifolds remains a challenge.

PREREQUISITES
  • Understanding of group theory, specifically U(1), SU(2), and SU(3) representations
  • Familiarity with the concept of toroidal geometry, particularly T^2 and T^3
  • Knowledge of quantum chromodynamics (QCD) and its associated color charge
  • Basic grasp of quantization in physics
NEXT STEPS
  • Research the visualization techniques for SU(2) and SU(3) group manifolds
  • Study the implications of quantized momentum in higher-dimensional spaces
  • Explore the relationship between toroidal geometry and particle physics
  • Investigate the role of group theory in modern theoretical physics
USEFUL FOR

The discussion is beneficial for theoretical physicists, mathematicians specializing in group theory, and students exploring advanced concepts in quantum mechanics and quantum field theory.

Spinnor
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If in some theories I can think of electric charge as being quantized momentum around a circle could I think of Weak Charge as quantized momentum in the space T^2, a two-torus, or think of QCD's color charge as quantized momentum in the space T^3, a three torus? Certain directions in T^2 and T^3 might be forbidden? Whether wrong or right I'm just curious what is the natural continuation of thought on this matter is.

Thanks for any help!
 
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I believe you are on the right track. What you want to say is that the various charges you mentioned may be associated with what you call 'quantized momentum' in their respective group manifold. The group manifold of U(1) is isomorphic to a circle, so that's ok. But I don't know how to visualize the group manifold of SU(2), which is a three-dimensional space, and SU(3), which is an eight-dimensional space.
 

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