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George
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Computing the relations in invariant ring algebra

Suppose we have a ring $R$ and a finite group $G$ acting on it, Is there a way to compute the invariant ring $R^G$ explicitly? Infact I am more interested in the case of affine ring and the symmetric group acting on it and I want to have the relations in the invariant ring explicitly.

More presicely, I think this should be a standard exercise buthave an algebra having finitely many generators and finitely many relation and the symmetric group acts on it. I want to have the relations in the invariant ring explicitly. I could not find ita way to do so in the books I will appreciate any referencehave seen so far.

Computing the invariant ring

Suppose we have a ring $R$ and a finite group $G$ acting on it, Is there a way to compute the invariant ring $R^G$ explicitly? Infact I am more interested in the case of affine ring and the symmetric group acting on it and I want to have the relations in the invariant ring explicitly. I think this should be a standard exercise but I could not find it so I will appreciate any reference.

Computing the relations in invariant algebra

Suppose we have a ring $R$ and a finite group $G$ acting on it, Is there a way to compute the invariant ring $R^G$ explicitly? Infact I am more interested in the case of affine ring and the symmetric group acting on it and I want to have the relations in the invariant ring explicitly.

More presicely, I have an algebra having finitely many generators and finitely many relation and the symmetric group acts on it. I want to have the relations in the invariant ring explicitly. I could not find a way to do so in the books I have seen so far.

Source Link
George
  • 596
  • 2
  • 13

Computing the invariant ring

Suppose we have a ring $R$ and a finite group $G$ acting on it, Is there a way to compute the invariant ring $R^G$ explicitly? Infact I am more interested in the case of affine ring and the symmetric group acting on it and I want to have the relations in the invariant ring explicitly. I think this should be a standard exercise but I could not find it so I will appreciate any reference.