2019•Unpublished venueRequires access

On the Li-Yau-Hamilton Harnack inequalities on Ricci flow and super Ricci flow

Songzi Li, Li Xiangdong

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Abstract

In this paper, we prove the Li-Yau-Hamilton differential Harnack inequality and the Harnack inequality for positive solutions to the heat equation associated with the Witten Laplacian on weighted compact or completemanifolds with time dependent complete Riemannian metrics and potentials. In particular, we prove the Li-Yau-Hamilton differential Harnack inequality and the Harnack inequality for positive solutions to the heat equation associated with theLaplace-Beltrami operatoron compact or complete Riemannian manifolds with the Ricci flow or the backward Ricci flow.

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What this paper is about

In this paper, we prove the Li-Yau-Hamilton differential Harnack inequality and the Harnack inequality for positive solutions to the heat equation associated with the Witten Laplacian on weighted compact or completemanifolds with time dependent complete Riemannian metrics and potentials. In particular, we prove the Li-Yau-Hamilton differential Harnack inequality and the Harnack inequality for positive solutions to the heat equation associated with theLaplace-Beltrami operatoron compact or complete Riemannian manifolds with the Ricci flow or the backward Ricci flow.

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Available abstract

In this paper, we prove the Li-Yau-Hamilton differential Harnack inequality and the Harnack inequality for positive solutions to the heat equation associated with the Witten Laplacian on weighted compact or completemanifolds with time dependent complete Riemannian metrics and potentials. In particular, we prove the Li-Yau-Hamilton differential Harnack inequality and the Harnack inequality for positive solutions to the heat equation associated with theLaplace-Beltrami operatoron compact or complete Riemannian manifolds with the Ricci flow or the backward Ricci flow.

Key concepts: Harnack's inequality, Ricci flow, Harnack's principle, Mathematics, Flow (mathematics), Ricci curvature, Geometric flow, Mathematical analysis

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