activity
20072025
most citedFidelity of quantum operations

333 citations · 496 across the 16 of their papers we have counts for

collaborators

16 papers

math.DG2025

Uniqueness of tangent planes and (non-)removable singularities at infinity for collapsed translators

Eddygledson Souza Gama, Francisco Martín, Niels Martin Møller

We show that mean curvature flow translators may exhibit non-removable singularities at infinity, due to jump discontinuities in their asymptotic profiles, and that oscillation can…

math.DG2023

Rigidity and non-existence results for collapsed translators

Debora Impera, Niels Martin Møller, Michele Rimoldi

We prove a rigidity result for mean curvature self-translating solitons, characterizing the grim reaper cylinder as the only finite entropy self-translating 2-surface in $\mathbb{R…

math.DG2022

Finite entropy translating solitons in slabs

Eddygledson Souza Gama, Francisco Martín, Niels Martin Møller

We study translating solitons for the mean curvature flow, which are contained in slabs, and are of finite genus and finite entropy. As a first consequen…

math.DG2022★ 2 cited

Entropy Bounds, Compactness and Finiteness Theorems for Embedded Self-shrinkers with Rotational Symmetry

John Man Shun Ma, Ali Muhammad, Niels Martin Møller

In this work, we study the space of complete embedded rotationally symmetric self-shrinking hypersurfaces in . First, using comparison geometry in the context of…

math.DG2019★ 6 cited

Ancient mean curvature flows and their spacetime tracks

Francesco Chini, Niels Martin Møller

We study properly immersed ancient solutions of the codimension one mean curvature flow in -dimensional Euclidean space, and classify the convex hulls of the subsets of space re…

math.DG2018★ 14 cited

Bi-Halfspace and Convex Hull Theorems for Translating Solitons

Francesco Chini, Niels Martin Møller

While it is well known from examples that no interesting `halfspace theorem' holds for properly immersed complete -dimensional self-translating mean curvature flow solitons in E…