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20212026
most citedOptimal maps and local-to-global property in negative dimensional spaces with Ricci curvature bounded from below

4 citations · 12 across the 16 of their papers we have counts for

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Showing 2024Show all

6 papers · 1 filter

math.FA2024

Gradient flows of -convex functions with negative

Lorenzo Dello Schiavo, Mattia Magnabosco, Chiara Rigoni

We discuss -convexity and gradient flows for -convex functionals on metric spaces, in the case of real and negative . In this generality, it is necessary to co…

math.MG2024

On the existence of -Optimal Transport maps for norms on

Guoxi Liu, Mattia Magnabosco, Yicheng Xia

In this paper, we prove existence of -optimal transport maps with in a class of branching metric spaces defined on . In particular, we introdu…

math.MG2024

Metric conditions that guarantee existence and uniqueness of Optimal Transport maps

Shucheng Li, Mattia Magnabosco, Timo Schultz

We investigate metric conditions that allow to prove existence and uniqueness of a map solving the Monge problem between two marginals in a metric (measure) space, proving two main…

math.MG2024★ 2 cited

Curvature exponent of sub-Finsler Heisenberg groups

Samuël Borza, Mattia Magnabosco, Tommaso Rossi +1

The curvature exponent of a metric measure space is the smallest number for which the measure contraction property holds. In this paper,…

math.DG2024

A review of the tangent space in sub-Finsler geometry and applications to the failure of the condition

Mattia Magnabosco, Tommaso Rossi

We review the construction of the tangent space to a sub-Finsler manifold in the measured Gromov-Hausdorff sense. Under suitable assumptions on the measure, the metric measure tang…

math.MG2024★ 2 cited

Measure contraction property and curvature-dimension condition on sub-Finsler Heisenberg groups

Samuël Borza, Mattia Magnabosco, Tommaso Rossi +1

In this paper, we investigate the validity of synthetic curvature-dimension bounds in the sub-Finsler Heisenberg group, equipped with a positive smooth measure. Firstly, we study t…