Lemma Poincar\'e for L_infty,loc - forms
Vladimir Gol'dshtein, Stanislav Dubrovskiy

TL;DR
This paper proves that every closed L_infty,loc - form on R^n is exact, establishing a version of the Poincaré lemma in the L_infty,loc setting using currents, without geometric constructions.
Contribution
It extends the classical Poincaré lemma to closed L_infty,loc - forms on R^n, showing they are exact via a proof that avoids explicit geometric methods.
Findings
Every closed L_infty,loc - form on R^n is exact.
De Rham theorem holds in the L_infty,loc context.
Proof does not rely on explicit geometric constructions.
Abstract
We show that every closed L_infty,loc - form on R^n is exact. Differential is understood in the sense of currents. The proof does not use any explicit geometric constructions. De Rham theorem follows.
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Taxonomy
TopicsAlgebraic Geometry and Number Theory
