Stability of Derivations on Hilbert C∗C^*-Modules

preprint2006arXivOpen access

Abstract

Consider the functional equation E1(f)=E2(f)(E){\mathcal E}_1(f) = {\mathcal E}_2(f) ({\mathcal E}) in a certain framework. We say a function f0f_0 is an approximate solution of (E)({\mathcal E}) if E1(f0){\mathcal E}_1(f_0) and E2(f0){\mathcal E}_2(f_0) are close in some sense. The stability problem is whether or not there is an exact solution of (E)({\mathcal E}) near f0f_0. In this paper, the stability of derivations on Hilbert C∗C^*-modules is investigated in the spirit of Hyers--Ulam--Rassias.

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