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Research Article Open access CC BY 4.0

Interplay of Sobolev Spaces on Compact Manifolds: Embedding Theorems, Inequalities, and Compactness

Mogoi N. Evans, Samuel B. Apima

Advances in Research · pp. 21–25 · Published 8 Jan 2024

10.9734/air/2024/v25i11014

Abstract

This research paper explores various properties of Sobolev spaces on compact manifolds, focusing on embedding theorems, compactness, and inequalities. We establish the compact embedding of Sobolev spaces into continuous and Lebesgue spaces, as well as the continuity and compactness of embeddings between different Sobolev spaces. We also derive inequalities involving the Laplacian and gradients of functions, providing insights into their behavior on manifolds. These results contribute to our understanding of the interplay between function smoothness, continuity, and distribution on compact manifolds.

Sobolev spaces embedding theorems Arzel\(\acute{a}\)–Ascoli theorem Rellich-Kondrachov compactness theorem inequalities Laplacian gradients functional analysis differential geometry continuity compactness trace theorems topology

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