The linear instability conjecture for the Einstein CLW metric
The linear instability conjecture for the Einstein CLW metric
The Einstein CLW metric is a distinguished Einstein metric arising in the context above. A conformal perturbation means a variation of the metric obtained by multiplying it infinitesimally by a scalar function. The Einstein CLW instability conjecture. The Einstein CLW metric is linearly unstable and can be destabilised by a conformal perturbation. The claim is presented as being supported by numerical evidence from the stability criteria involving the Lichnerowicz and scalar Laplacians; no proof or resolution is supplied here.
Sources & referencesView supporting material
Primary source
Stuart James Hall and Thomas Murphy, “Numerical approximations to extremal toric Kähler metrics with arbitrary Kähler class”, arXiv:1407.1272 (2016).
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