Discrete and Continuous Dynamical Systems · 2002 · 71 citations · 0 references
Numerical AnalysisHarmonic SpaceElliptic EquationEngineeringRiemann-hilbert ProblemNonlinear Wave EquationPotential TheoryInverse Scattering TransformsInverse ProblemsWave EquationFunctional AnalysisLinear Wave EquationInverse Square PotentialNonlinear Functional Analysis
We prove that Strichartz-type $L^p$ estimates hold for solutions of the linear wave equation with the inverse square potential, under the additional assumption that the Cauchy data are spherically symmetric. The estimates are then applied to prove global well-posedness in the critical norm for a nonlinear wave equation.