J. Korean Math. Soc. 2011; 48(1): 117-132
Printed January 1, 2011
https://doi.org/10.4134/JKMS.2011.48.1.117
Copyright © The Korean Mathematical Society.
A. J. Calder\'{o}n Mart\'{\i }n and C. Mart\'{\i }n Gonz\'{a}lez
Universidad de C\'{a}diz, Universidad de M\'{a}laga
By developing a linear algebra program involving many different structures associated to a three-graded $H^*$-algebra, it is shown that if $L$ is a Lie triple automorphism of an infinite-dimensional topologically simple associative $H^*$-algebra $A$, then $L$ is either an automorphism, an anti-automorphism, the negative of an automorphism or the negative of an anti-automorphism. If $A$ is finite-dimensional, then there exists an automorphism, an anti-automorphism, the negative of an automorphism or the negative of an anti-automorphism $F:A \to A$ such that $\delta:=F-L$ is a linear map from $A$ onto its center sending commutators to zero. We also describe $L$ in the case of having $A$ zero annihilator.
Keywords: $H^*$-algebra, graded algebra, Jordan pair, Lie triple automorphism
MSC numbers: 17B40, 46L40, 47B47, 46K70
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