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Dagger categories are categories equipped with an involutive, identity-on-object functor. Of special interest are Dagger compact categories (a particular form of dagger categories) elaborated in order to recast quantum mechanical formalism and quantum information flow in a category theoretic context.

Below are pages related to this topic at the confluence of quantum mechanics, quantum computing with main focus in category theory.

The following 6 pages are in this category, out of 6 total. This list may not reflect recent changes.

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	[[Dagger categories]] are [[category (mathematics) \| categories]] equipped with an involutive, identity-on-object [[functor]]. Of special interest are [[Dagger compact categories]] (a particular form of [[dagger categories]]) elaborated in order to recast [[quantum mechanics \| quantum mechanical]] formalism and quantum information flow in a [[category theory \| category theoretic]] context.		[[Dagger categories]] are [[category (mathematics) \| categories]] equipped with an involutive, identity-on-object [[functor]]. Of special interest are [[Dagger compact categories]] (a particular form of [[dagger categories]]) elaborated in order to recast [[quantum mechanics \| quantum mechanical]] formalism and quantum information flow in a [[category theory \| category theoretic]] context.

	Below are ~~all the~~ pages related to this topic at the confluence of [[~~category~~ ~~theory~~]], [[quantum ~~mechanics~~]] ~~and~~ [[~~quantum~~ ~~computing~~]].		Below are pages related to this topic at the confluence of [[quantum mechanics]], [[quantum computing]] with main focus in [[category theory]].