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A Frobenius algebra object $A$ in a tensor category $\mathcal C$ is said to be connected if $\text{Hom}_{\mathcal C}(\mathbb{1}, A)$ is a one dimensional vector space, where $\mathbb {1} $ denotes the tensor unit of $\mathcal C$.

Can yousomeone provide examples of connected Frobenius algebras that are non-semisimple as an object of a tensor category?

Can you provide examples of connected Frobenius algebras that are non-semisimple as an object of a tensor category?

A Frobenius algebra object $A$ in a tensor category $\mathcal C$ is said to be connected if $\text{Hom}_{\mathcal C}(\mathbb{1}, A)$ is a one dimensional vector space, where $\mathbb {1} $ denotes the tensor unit of $\mathcal C$.

Can someone provide examples of connected Frobenius algebras that are non-semisimple as an object of a tensor category?

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Sebastien Palcoux
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Non-semisimple Connected Frobenius algebras non-semisimple as an object

What are someCan you provide examples of non-semisimpleconnected Frobenius algebras in athat are non-unitarysemisimple as an object of a tensor category  ?

Non-semisimple Frobenius algebras

What are some examples of non-semisimple Frobenius algebras in a non-unitary tensor category  ?

Connected Frobenius algebras non-semisimple as an object

Can you provide examples of connected Frobenius algebras that are non-semisimple as an object of a tensor category?

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