2022
DOI: 10.2140/apde.2022.15.1763
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Revisiting the C1,αh-principle for the Monge–Ampère equation

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“…In this case, the concept of distributional σ 2 was introduced by Iwaniec [21] in the name of weak Hessian. Lewicka and Pakzad [26] (see also [13,10]) noticed that (1.1) is closely related to isometric immersion of surfaces into R 3 . Using the convex integration method there, they showed that C 1,α ( Ω) very weak solutions to (1.1) are dense in C 0 ( Ω) for any α < 1/7 and f ∈ L 7/6 (Ω).…”
Section: Introductionmentioning
confidence: 95%
“…In this case, the concept of distributional σ 2 was introduced by Iwaniec [21] in the name of weak Hessian. Lewicka and Pakzad [26] (see also [13,10]) noticed that (1.1) is closely related to isometric immersion of surfaces into R 3 . Using the convex integration method there, they showed that C 1,α ( Ω) very weak solutions to (1.1) are dense in C 0 ( Ω) for any α < 1/7 and f ∈ L 7/6 (Ω).…”
Section: Introductionmentioning
confidence: 95%