Picard-Vessiot theory for real partial differential fields
Teresa Crespo, Zbigniew Hajto

TL;DR
This paper extends Picard-Vessiot theory to real partial differential fields, proving the existence of real Picard-Vessiot extensions, establishing a Galois correspondence, and characterizing real Liouville extensions.
Contribution
It introduces the theory of real Picard-Vessiot extensions for real partial differential fields, including existence, Galois correspondence, and characterization of Liouville extensions.
Findings
Existence of real Picard-Vessiot extensions proven.
Galois correspondence established for these extensions.
Characterization of real Liouville extensions provided.
Abstract
We prove the existence of real Picard-Vessiot extensions for real partial differential fields with real closed field of constants. We establish a Galois correspondence theorem for these Picard-Vessiot extensions and characterize real Liouville extensions of real partial differential fields.
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Taxonomy
TopicsPolynomial and algebraic computation · Advanced Differential Equations and Dynamical Systems · Algebraic Geometry and Number Theory
