New quantitative unique continuation result for elliptic equations
Mourad Choulli, Hiroshi Takase

TL;DR
This paper establishes a novel quantitative unique continuation theorem for elliptic equations using a straightforward proof based on Carleman inequalities, also extending results to the Stokes equation.
Contribution
The paper introduces a new, simple proof technique for quantitative unique continuation for elliptic equations, including extensions to the Stokes system.
Findings
Proved a new quantitative unique continuation result for elliptic equations.
Extended the result to the Stokes equation.
Provided a proof based solely on Carleman inequalities.
Abstract
We prove a new quantitative unique continuation result for elliptic equations from Cauchy data. We provide a simple and direct proof based only on a Carleman inequality. Similar result for the Stokes equation is also shown.
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Taxonomy
TopicsAdvanced Mathematical Modeling in Engineering · Numerical methods in inverse problems · Differential Equations and Boundary Problems
