International audienceLemma 4.8 in the article [Regularity structures and renormalisation of FitzHugh-Nagumo SPDEs in three space dimensions, Electronic J. Probability 21 (18):1-48 (2016), hal-01141380] contains a mistake, which implies a weaker regularity estimate than the one stated in Proposition 4.11. This does not affect the proof of Theorem 2.1, but Theorems 2.2 and 2.3 only follow from the given proof if either the space dimension d is equal to 2, or the nonlinearity F (U, V) is linear in V. To fix this problem and provide a proof of Theorems 2.2 and 2.3 valid in full generality, we consider an alternative formulation of the fixed-point problem, involving a modified integration operator with nonlocal singularity and a slightly differ...
Since we published the paper referenced in the title in 2015 the quantitative results we derive ther...
In the paper entitled “On the computation of the multidimensional Mittag–Leffler function” there is ...
f RS1 = D \Omega D \Omega D \Gamma f(a; a; a)g; RS2 = D \Omega D \Omega D \Gamma f(a; a; b)g; RS 3 =...
International audienceLemma 4.8 in the article [Regularity structures and renormalisation of FitzHug...
International audienceLemma 4.8 in the article [Regularity structures and renormalisation of FitzHug...
International audienceWe correct statements in our paper about the weak Whitney regularity of certai...
International audienceWe correct statements in our paper about the weak Whitney regularity of certai...
International audienceWe correct statements in our paper about the weak Whitney regularity of certai...
International audienceWe correct statements in our paper about the weak Whitney regularity of certai...
It is a correction of the paper "Brezis pseudomonotone bifunctions and quasi equilibrium problems v...
Molag L. Erratum: The local universality of Muttalib–Borodin ensembles when the parameter θ is the r...
We construct renormalised models of regularity structures by using a recursive formulation for the s...
AbstractWe supply counterexamples to results on the propagation of singularities of the solutions of...
Abstract. This erratum corrects two mistakes in the proof of the main theorem of [7]. There are two ...
Correction to Analysis & PDE 3:1 (2010) 49–80International audienceThe following results in the pape...
Since we published the paper referenced in the title in 2015 the quantitative results we derive ther...
In the paper entitled “On the computation of the multidimensional Mittag–Leffler function” there is ...
f RS1 = D \Omega D \Omega D \Gamma f(a; a; a)g; RS2 = D \Omega D \Omega D \Gamma f(a; a; b)g; RS 3 =...
International audienceLemma 4.8 in the article [Regularity structures and renormalisation of FitzHug...
International audienceLemma 4.8 in the article [Regularity structures and renormalisation of FitzHug...
International audienceWe correct statements in our paper about the weak Whitney regularity of certai...
International audienceWe correct statements in our paper about the weak Whitney regularity of certai...
International audienceWe correct statements in our paper about the weak Whitney regularity of certai...
International audienceWe correct statements in our paper about the weak Whitney regularity of certai...
It is a correction of the paper "Brezis pseudomonotone bifunctions and quasi equilibrium problems v...
Molag L. Erratum: The local universality of Muttalib–Borodin ensembles when the parameter θ is the r...
We construct renormalised models of regularity structures by using a recursive formulation for the s...
AbstractWe supply counterexamples to results on the propagation of singularities of the solutions of...
Abstract. This erratum corrects two mistakes in the proof of the main theorem of [7]. There are two ...
Correction to Analysis & PDE 3:1 (2010) 49–80International audienceThe following results in the pape...
Since we published the paper referenced in the title in 2015 the quantitative results we derive ther...
In the paper entitled “On the computation of the multidimensional Mittag–Leffler function” there is ...
f RS1 = D \Omega D \Omega D \Gamma f(a; a; a)g; RS2 = D \Omega D \Omega D \Gamma f(a; a; b)g; RS 3 =...