activity
20092022
most citedOn the Structure of Minimizers of Causal Variational Principles in the Non-Compact and Equivariant Settings

29 citations · 91 across the 12 of their papers we have counts for

collaborators

14 papers

math.DG2022

Regularity of four dimensional Willmore-type hypersurfaces

Peter Olamide Olanipekun, Yann Bernard

A four dimensional conformally invariant energy is studied. This energy generalises the well known two-dimensional Willmore energy. Although not positive definite, it includes mini…

math.DG2022

A New Conformal Invariant for four-Dimensional Hypersurfaces

Yann Bernard

A new conformally invariant energy for four-dimensional hypersurfaces is devised. It renders possible the study of a large class of curvature energies, and we show that their criti…

math.DG2020★ 4 cited

Energy Estimates for the Tracefree Curvature of Willmore Surfaces and Applications

Yann Bernard, Paul Laurain, Nicolas Marque

We prove an -regularity result for the tracefree curvature of a Willmore surface with bounded second fundamental form. For such a surface, we obtain a pointwise control of the t…

math.DG2018

Analysis of the Inhomogeneous Willmore Equation

Yann Bernard, Glen Wheeler, Valentina-Mira Wheeler

We study a class of fourth-order geometric problems modelling Willmore surfaces, conformally constrained Willmore surfaces, isoperimetrically constrained Willmore surfaces, bi-harm…

math.AP2017

Uniform Regularity Results for Critical and Subcritical Surface Energies

Bernard Yann, Tristan Rivière

We establish regularity results for critical points to energies of immersed surfaces depending on the first and the second fundamental form exclusively. These results hold for a la…

math.DG2017★ 8 cited

Concentration-compactness and finite-time singularities for Chen's flow

Yann Bernard, Glen Wheeler, Valentina-Mira Wheeler

Chen's flow is a fourth-order curvature flow motivated by the spectral decomposition of immersions, a program classically pushed by B.-Y. Chen since the 1970s. In curvature flow te…