ScalingStacks

Verified tagged author-source HTML · 2006.16961v1 · cited publication edition alignment unverified.

007P

Theorem 1.4. (Uniform L∞L^{\infty}-estimate) Let ϕt\phi_{t} be the Kähler potential of the Calabi-Yau metric in the class (Xt,[ωt])(X_{t},[\omega_{t}]), namely

(ωt+−1​∂∂¯​ϕ)n∫Xtωtn=d​μt,supXtϕt=0.\frac{(\omega_{t}+\sqrt{-1}\partial\bar{\partial}\phi)^{n}}{\int_{X_{t}}\omega_{t}^{n}}=d\mu_{t},\quad\sup_{X_{t}}\phi_{t}=0.

Then ‖ϕt‖L∞≤C\left\lVert\phi_{t}\right\rVert_{L^{\infty}}\leq C independent of tt for 0<|t|≪10<|t|\ll 1.

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