Irreducible Representations of so(4,C)

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SUMMARY

The classification of finite-dimensional irreducible representations of so(4,C) is directly linked to the irreducible representations of sl(2,C), as so(4,C) is isomorphic to sl(2,C) × sl(2,C). The representations can indeed be constructed using tensor products of sl(2,C) modules. For a comprehensive exploration of this topic, refer to "Representation Theory" by Fulton and Harris, which provides detailed insights into the representations of so(4,C) and so(n,C) for n<8.

PREREQUISITES
  • Understanding of finite-dimensional representations
  • Familiarity with Lie algebras, specifically so(4,C) and sl(2,C)
  • Knowledge of tensor products in the context of module theory
  • Basic concepts from representation theory as outlined in Fulton and Harris's work
NEXT STEPS
  • Study the tensor product of sl(2,C) modules in detail
  • Read "Representation Theory" by Fulton and Harris for foundational concepts
  • Explore the representation theory of so(n,C) for n<8
  • Investigate the implications of the isomorphism so(4,C) ≅ sl(2,C) × sl(2,C)
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Mathematicians, physicists, and students specializing in representation theory, particularly those focused on Lie algebras and their applications in theoretical physics.

aziz113
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Does anyone know how to classify the finite-dimensional irreducible representations of so(4,C)? Can they all be built from irreducible reps of sl(2,C) given the fact that so(4,C) \cong sl(2,C) \times sl(2,C).

Thanks!
 
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It depends on what you mean by "built from"!

For an explicit discussion of the representations of so(4,C) (and IIRC so(n,C) for n<8) see Fulton and Harris's Representation Theory.
 
Thanks morphism.

By "build from" I meant taking a tensor product of sl(2,C) modules.

I'll give Fulton and Harris another look.

Thanks again.
 

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