Uniqueness and explicit Fourier-mode reconstruction for the potential q in the inverse scattering problem for the Kerr-nonlinear Helmholtz equation, covering full and partial data cases.
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math.AP 2years
2026 2verdicts
UNVERDICTED 2representative citing papers
Active measurements near a particle trajectory determine the background flow in the pressure-wave reachable set for polytropic compressible Euler equations assuming nonzero vorticity.
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Reconstruction for an inverse scattering problem with a Kerr type nonlinearity
Uniqueness and explicit Fourier-mode reconstruction for the potential q in the inverse scattering problem for the Kerr-nonlinear Helmholtz equation, covering full and partial data cases.
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An inverse problem for compressible Euler's equations
Active measurements near a particle trajectory determine the background flow in the pressure-wave reachable set for polytropic compressible Euler equations assuming nonzero vorticity.