activity
20072026
most citedOn a fractional Monge-Ampère operator

22 citations · 28 across the 15 of their papers we have counts for

collaborators

15 papers

math.AP2026

A geometric approach to nonlocal 2-Hessian equations

Fernando Charro, María del Mar González, María Soria-Carro

We study a nonlocal 2-Hessian equation, given by an infimum of linear deformations of the fractional Laplacian, that is, . We characterize…

math.AP2026

Pointwise mean-value formulas with quantitative remainder for higher-order Poisson equations

Fernando Charro, Sophia Hertrich, Catherine Lebiedzik

Higher-order Poisson equations involve an integer power of the Laplacian and a nonzero forcing term, and appear in areas of physics and engineering such as hydrodynamics, structura…

math.AP2026

On the characterization of polyharmonic functions through iterated means

Fernando Charro, Catherine Lebiedzik, Md Nurul Raihen

We introduce an infinite family of mean-value formulas (exact and asymptotic) given in terms of linear combinations of iterated means. We prove that the mean-value formulas in this…

math.AP2021

The Gelfand problem for the Infinity Laplacian

Fernando Charro, Byungjae Son, Peiyong Wang

We study the asymptotic behavior as of the Gelfand problem \[ -Δ_{p} u=λ\,e^{u}\ \textrm{in}\ Ω\subset\mathbb{R}^n,\quad u=0 \ \textrm{on}\ \partialΩ. \] Under an appr…

math.AP2021

Asymptotic Mean-Value Formulas for Solutions of General Second-Order Elliptic Equations

Pablo Blanc, Fernando Charro, Juan J. Manfredi +1

We obtain asymptotic mean-value formulas for solutions of second-order elliptic equations. Our approach is very flexible and allows us to consider several families of operators obt…

math.AP2021

Asymptotic mean value formulas for parabolic nonlinear equations

Pablo Blanc, Fernando Charro, Juan J. Manfredi +1

In this paper we characterize viscosity solutions to nonlinear parabolic equations (including parabolic Monge-Ampère equations) by asymptotic mean value formulas. Our asymptotic me…