Publication | Open Access
Radial Fourier multipliers in high dimensions
72
Citations
20
References
2011
Year
Monge-ampere EquationElliptic EquationRadial MultipliersRadial Fourier MultipliersEffective CharacterizationEngineeringRiemann-hilbert ProblemFourier AnalysisWave EquationFunctional AnalysisRadial Basis FunctionApproximation TheoryFourier ExpansionHarmonic SpaceNonlinear Functional Analysis
Given a fixed p≠2, we prove a simple and effective characterization of all radial multipliers of $ \mathcal{F}{L^p}\left( {{\mathbb{R}^d}} \right) $, provided that the dimension d is sufficiently large. The method also yields new Lq space-time regularity results for solutions of the wave equation in high dimensions.
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