Limiting absorption principle on $L^p$-spaces and scattering theory
Kouichi Taira
Abstract:In this paper, we study the mapping property form L p to L q of the resolvent of the Fourier multipliers and scattering theory of generalized Schrödinger operators. Though the first half of the subject is studied in [4], we extend their result to away from the duality line and we also study the Hölder continuity of the resolvent.
“…We use the following propositions essentially due to the arguments in [1, Proposition A.5] and [14,Theorem 1.2]. Although [1,Proposition A.5] is stated only for a hypersurface in R d , its proof there can be applied with a hypersurface on T d .…”
Section: Uniform Resolvent Estimates Away Form Thresholdsmentioning
In this note, we prove the uniform resolvent estimate of the discrete Schrödinger operator with dimension three. To do this, we show a Fourier decay of the surface measure on the Fermi surface.
“…We use the following propositions essentially due to the arguments in [1, Proposition A.5] and [14,Theorem 1.2]. Although [1,Proposition A.5] is stated only for a hypersurface in R d , its proof there can be applied with a hypersurface on T d .…”
Section: Uniform Resolvent Estimates Away Form Thresholdsmentioning
In this note, we prove the uniform resolvent estimate of the discrete Schrödinger operator with dimension three. To do this, we show a Fourier decay of the surface measure on the Fermi surface.
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