activity
20102026
most citedGamma-convergence of nonlocal perimeter functionals

199 citations · 522 across the 42 of their papers we have counts for

collaborators

54 papers

math.AP2026

Scale-invariant bounds on thin sets for measures satisfying a first-order PDE and the anisotropic Michael-Simon inequality

Guido De Philippis, Luca Gennaioli, Alessandro Pigati +1

We prove mass estimates for PDE-constrained measures on sets of -finite -measure, assuming an appropriate rank condition. As an application, we derive a Michael-…

math.AP2026

-free measures and the Rank-one Theorem in Carnot Groups

Guido De Philippis, Alberto Gervani, Annalisa Massaccesi +1

We establish a structure theorem for measures satisfying left-invariant PDE constraints in Carnot groups. Our generalization, that takes inspiration from the paper arxiv:1601.06543…

math.AP2026

Optimal regularity for vectorial, higher order and non-minimizing Bernoulli problems

Guido De Philippis, Jonas Hirsch, Mickaël Nahon

We prove the Lipschitz regularity of solutions for a wide class of generalized Bernoulli free boundary problems, in vectorial, higher order, and non-minimizing settings. Our method…

math.AP2026

Osgood meets Ambrosio-DiPerna-Lions

Guido De Philippis, Leonardo Franchi

In this note we extend the Ambrosio-DiPerna-Lions theory on the well-posedness of the transport equation to the case in which the vector field satisfies an Osgood condition.…

math.AP2026

Regularity estimates in transport equations via heat flow and quantitative differentiation

Elia Brué, Maria Colombo, Guido De Philippis +1

The purpose of this note is twofold. First, we prove quantitative estimates for the Ambrosio-Trevisan commutator which implies propagation of logarithmic Sobolev regularity. Second…

math.AP2026

Michael-Simon inequality for anisotropic energies close to the area via multilinear Kakeya-type bounds

Guido De Philippis, Alessandro Pigati

Given an anisotropic integrand , we can generalize the classical isotropic area by looking at the functional $$\mathcal{F}(Σ^k):=\int_ΣF(T…