Does the electroweak force change quark flavor

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SUMMARY

The electroweak force combines electromagnetic and weak interactions, exhibiting distinct properties under unbroken electroweak symmetry. Quarks can change flavor during electroweak processes, highlighting the unique characteristics of this force. In this state, traditional concepts such as photons and electric charge do not apply, replaced by weak hypercharge and weak isospin. Understanding these differences is crucial for grasping the fundamental aspects of particle physics.

PREREQUISITES
  • Understanding of electroweak interaction principles
  • Familiarity with quark flavor change mechanisms
  • Knowledge of weak hypercharge and weak isospin
  • Basic concepts of particle physics and symmetry breaking
NEXT STEPS
  • Research the implications of unbroken electroweak symmetry
  • Study the role of weak hypercharge in particle interactions
  • Explore quark flavor change in detail through electroweak processes
  • Investigate the relationship between electromagnetic and weak forces
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a dull boy
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Dear Physics Forum,

I was thinking about the properties of the combined electroweak force. Does it maintain the
electromagnetic and weak force properties (in an additive fashion), or does it have new properties. If new properties, do we know what they are (well, you may, but I don't!).

Thanks, Mark
 
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I'm not entirely sure what your second sentence means; however, quarks can change flavour in electroweak processes.
 
a dull boy said:
I was thinking about the properties of the combined electroweak force.

Do you mean the interactions under unbroken electroweak symmetry? They are different: for example photons do not effectively exist (they are not meaningful degrees of freedom), electric charge does not exist. There are other charges though: the weak hypercharge and weak isospin.

Check here: http://en.wikipedia.org/wiki/Electroweak_interaction
 

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