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On some vector-valued Banach-Stone theorems
by
Jiling Cao
Ehime University, Japan
The well-known Banach-Stone theorem says: For any two compact Hausdorff spaces X and Y, C(X) being linearly isometric to C(Y) as Banach spaces implies that X and Y are homeomorphic. In this talk, we shall discuss some possible extensions of this theorem to vector-valued function spaces. In particular, the following result shall be presented.
Theorem. Let X and Y be compact Hausdorff spaces, let E and F be Banach lattices satisfying the following property: /\ j=1n xj > \theta whenever xj > \theta for all 1 <= j <= n, and any n in N. If there is a Riesz isomorphism \Psi: C(X, E) --> C(Y, F) such that \Phi(f) is non-vanishing if f is non-vanishing, then X and Y are homeomorphic, E and F are Riesz isomorphic.
Date received: June 13, 2002
Copyright © 2002 by the author(s). The author(s) of this document and the organizers of the conference have granted their consent to include this abstract in Atlas Conferences Inc. Document # cait-42.