Optimal transportation on non-compact manifolds
Albert Fathi, Alessio Figalli

TL;DR
This paper extends existing optimal transportation results from compact to non-compact manifolds, demonstrating that certain cost functions satisfy the Monge Transport Problem without curvature restrictions.
Contribution
It generalizes known optimal transport results to non-compact manifolds for costs derived from Tonelli Lagrangians, removing curvature restrictions.
Findings
Results hold for costs like d^r, r>1, on non-compact manifolds
No curvature restrictions are needed for these transportation results
Extends Monge Transport Problem solutions to broader geometric settings
Abstract
In this work, we show how to obtain for non-compact manifolds the results that have already been done for Monge Transport Problem for costs coming from Tonelli Lagrangians on compact manifolds. In particular, the already known results for a cost of the type , where is the Riemannian distance of a complete Riemannian manifold, hold without any curvature restriction.
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Taxonomy
TopicsGeometric Analysis and Curvature Flows · Point processes and geometric inequalities · Mathematical Dynamics and Fractals
