activity
20222026
most citedRiemannian Penrose inequality via Nonlinear Potential Theory

6 citations · 6 across the 6 of their papers we have counts for

collaborators

7 papers

math.AP2026

Quasiconvexity and Lower Semicontinuity in the Riemannian Setting

Aurora Corbisiero, Chiara Leone, Carlo Mantegazza

We introduce a notion of quasiconvexity for integrands defined on the bundle of linear maps between the tangent spaces of two smooth, connected and complete Riemannian manifolds $(…

math.DG2026

Distance Functions, Curvature and Topology

Carlo Mantegazza, Francesca Oronzio

We discuss some properties of the distance functions on Riemannian manifolds and we relate their behavior to the geometry of the manifolds. This leads to alternative proofs of some…

math.DG2026

-ADM Mass and -Positive Mass Theorem

Carlo Mantegazza, Francesca Oronzio

For a given admissible vector field , we define a geometric quantity for asymptotically flat --manifolds, called --ADM mass and we establish a relative positive mass theor…

math.AP2026

Quasiconvexity in the Riemannian setting

Aurora Corbisiero, Chiara Leone, Carlo Mantegazza

We introduce a notion of quasiconvexity for continuous functions defined on the vector bundle of linear maps between the tangent spaces of a smooth Riemannian manifold …

math.DG2024

A Note on Ricci-pinched three-manifolds

Luca Benatti, Carlo Mantegazza, Francesca Oronzio +1

Let be a complete, connected, non-compact Riemannian -manifold. Suppose that satisfies the Ricci--pinching condition f…

math.GM2024

A Note on the Lalescu Sequence

Carlo Mantegazza, Nicola Pio Melillo

We prove that the Lalescu sequence is monotonically decreasing.

math.DG2022★ 6 cited

Riemannian Penrose inequality via Nonlinear Potential Theory

Virginia Agostiniani, Carlo Mantegazza, Lorenzo Mazzieri +1

We provide a new proof of the Riemannian Penrose inequality for time-symmetric asymptotically flat initial data with a single black-hole horizon. The proof proceeds through a newly…