Jordan homomorphisms between algebras of measurable operators
Martin Weigt
Abstract
Martin Weigt
Abstract
We prove that every self-adjoint algebra homomorphism between algebras of measurable operators is continuous and can be expressed as a sum of a self-adjoint algebra homomorphism as well as a self-adjoint algebra anti-homomorphism. We also provide sufficient conditions under which a surjective Jordan homomorphism between algebras of measurable operators is either an algebra homomorphism or an algebra anti-homomorphism.
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We prove that every self-adjoint algebra homomorphism between algebras of measurable operators is continuous and can be expressed as a sum of a self-adjoint algebra homomorphism as well as a self-adjoint algebra anti-homomorphism. We also provide sufficient conditions under which a surjective Jordan homomorphism between algebras of measurable operators is either an algebra homomorphism or an algebra anti-homomorphism.
Key concepts: Homomorphism, Algebra homomorphism, Mathematics, Surjective function, Algebra over a field, Pure mathematics