An anti-associative algebra is a vector space with a bilinear product such that for all .
In characteristic different from two, any product of four elements in an anti-associative algebra is zero.
An anti-associative algebra is a vector space with a bilinear product such that for all .
In characteristic different from two, any product of four elements in an anti-associative algebra is zero.
I wonder why no one ever answered this. Just go round the diagram from the pentagon axiom once. For instance,
Since the characteristic is different from two, this implies that .
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Echoing the other comment, the secret is to use Buchberger’s algorithm on the overlap given by the left comb. Then, rewriting using the anti-associative rule, one obtains that twice the fourfold product is zero, which adds a relation, as expected.
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