
handle: 11583/2504344
The aim of this paper is to show that each irreducible locally symmetric space of dimension \(n\leq 20\) is completely characterized in the class of all Riemannian manifolds (up to a local isometry) by a small number of curvature invariants (involving some quadratic and some cubic invariants). Five invariants are sufficient in the general case, and four invariants are sufficient if \(n\neq 16\). The proof is based on the systematic study of all particular cases.
Differential invariants (local theory), geometric objects, Einstein spaces, Differential geometry of symmetric spaces, curvature invariants
Differential invariants (local theory), geometric objects, Einstein spaces, Differential geometry of symmetric spaces, curvature invariants
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