Mirror matter and supersymmetry

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SUMMARY

The discussion centers on the implications of parity symmetry as a fundamental symmetry in physics, particularly in relation to mirror matter and supersymmetry. Researchers are exploring whether mirror matter possesses identical properties to ordinary matter, including mass, and whether parity symmetry must be broken, similar to supersymmetry. The conversation also addresses the existence of supersymmetric partners for mirror matter and the potential breaking of the mirror-supersymmetric sector. Key interactions, such as the strong and electromagnetic interactions, are noted for conserving parity, while the weak interaction is recognized for violating it.

PREREQUISITES
  • Understanding of supersymmetry in particle physics
  • Familiarity with parity symmetry and its implications
  • Knowledge of mirror matter concepts
  • Basic principles of strong and weak interactions
NEXT STEPS
  • Research the implications of parity symmetry in quantum field theory
  • Explore the role of mirror matter in string theory
  • Investigate the conditions under which supersymmetry is broken
  • Study the conservation of parity in strong and electromagnetic interactions
USEFUL FOR

This discussion is beneficial for theoretical physicists, researchers in particle physics, and students interested in advanced concepts of symmetry and its implications in modern physics.

kodama
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there is considerable research interest in supersymmetry, both for string theory and particle physics.What would be the implications to physics if parity symmetry is a fundamental symmetry, and therefore mirror matter and mirror bosons exist?

would this imply mirror matter has all same exact properties as ordinary matter including mass, or does parity symmetry have to be broken like supersymmetry?

if there is both parity symmetry as fundamental symmetry and supersymmetry, does mirror matter also have supersymmetric partners and does the mirror-supersymmetric sector also have to be broken?
 
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Parity is conserved by the strong and electromagnetic interaction. Do you see any "mirror matter" there?

We know parity is not conserved everywhere as the weak interaction violates P.
 
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