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Let $V$ be a complex vector space (i.e, over the filed of complex numbers) and $A$ be a singly generated complex complex algebra  .

Suppose that $V$ is an $A$-module. Under what proper condition(s) there are irreducible submodules $V_i\leq V$ satisfying the following conditions?

  1. $V_i\cap V_j=0$,
  2. $V$ is embedded into $\prod V_i$

Let $V$ be a complex vector space (i.e, over the filed of complex numbers) and $A$ be a singly generated complex algebra  .

Suppose that $V$ is an $A$-module. Under what proper condition(s) there are irreducible submodules $V_i\leq V$ satisfying the following conditions?

  1. $V_i\cap V_j=0$,
  2. $V$ is embedded into $\prod V_i$

Let $V$ be a complex vector space (i.e, over the filed of complex numbers) and $A$ be a complex algebra.

Suppose that $V$ is an $A$-module. Under what proper condition(s) there are irreducible submodules $V_i\leq V$ satisfying the following conditions?

  1. $V_i\cap V_j=0$,
  2. $V$ is embedded into $\prod V_i$
Source Link
ABB
  • 4.1k
  • 1
  • 11
  • 19

Decomposition an $A$-module to irreducible ones

Let $V$ be a complex vector space (i.e, over the filed of complex numbers) and $A$ be a singly generated complex algebra .

Suppose that $V$ is an $A$-module. Under what proper condition(s) there are irreducible submodules $V_i\leq V$ satisfying the following conditions?

  1. $V_i\cap V_j=0$,
  2. $V$ is embedded into $\prod V_i$