ScalingStacks

Verified tagged author-source HTML · 2007.01384v1 · cited publication edition alignment unverified.

00A9

Proposition 4.3. For 0<|t|≪10<|t|\ll 1, the CY potentials have a uniform bound ‖ϕC​Y,t‖L∞≤C\left\lVert\phi_{CY,t}\right\rVert_{L^{\infty}}\leq C under the normalisation supXtϕC​Y,t=0\sup_{X_{t}}\phi_{CY,t}=0.

00AA

Proof. Combine the uniform C0C^{0}-estimate Theorem 2.2 and the uniform Skoda estimate Theorem 2.1, we know the CY potential with respect to any fixed choice of Fubini-Study background metric is uniformly bounded for small tt. Here the implicit choice of ϵ\epsilon in ωF​S,t\omega_{FS,t} does not matter because of Lemma 4.1. ∎

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