A Calabi operator for Riemannian locally symmetric spaces
classification
🧮 math.DG
keywords
operatorriemanniancalabiconditionsintegrabilitylinearlocallocally
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On a Riemannian manifold of constant curvature, the Calabi operator is a second order linear differential operator that provides local integrability conditions for the range of the Killing operator. We generalise this operator to provide linear second order local integrability conditions on Riemannian locally symmetric spaces, whenever this is possible. Specifically, we show that this generalised operator always works in the irreducible case and we identify precisely those products for which it fails.
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Cited by 1 Pith paper
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Prolongation and Killing two-tensors
A new prolongation procedure for Killing two-tensors is developed and used to describe the quadratic mapping from Killing fields on irreducible locally symmetric compact spaces.
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