In this paper we study the restriction estimate for the flat disk over finite fields. Mockenhaupt and Tao initially studied this problem but their results were addressed only for dimensions $n=4,6$. We improve and extend their results to all dimensions $n\geq 6$. More precisely, we obtain the sharp $L^2 \to L^r$ estimates, which cannot be proven by applying the usual Stein-Tomas argument over a finite field even with the optimal Fourier decay estimate on the flat disk. One of main ingredients is to discover and analyze an explicit form of the Fourier transform of the surface measure on the flat disk. In addition, based on the recent results on the restriction estimates for the paraboloids, we address improved restriction estimates for the f...
http://arxiv.org/PS_cache/math/pdf/0703/0703504v2.pdfWe prove that a sufficiently large subset of th...
We propose a new approach to the Fourier restriction conjectures. It is based on a discretization of...
The main result of this note is the strengthening of a quite arbitrary a priori Fourier restriction ...
AbstractWe study Lp−Lr restriction estimates for algebraic varieties in d-dimensional vector spaces ...
This work studies the extension problem for subsets of finite fields. This remains an important unso...
We study the Fourier restriction phenomenon in settings where there is no underlying proper smooth ...
We prove a maximal Fourier restriction theorem for hypersurfaces in (mathbb{R}^{d}) for any dimensio...
We will present new restriction estimates for surfaces of finite type. We give the sharp Lp-Lq estim...
Fourier restriction theorems, whose study had been initiated by E. M. Stein, usually describe a fami...
In this paper, we prove an extension theorem for spheres of square radii in $\mathbb{F}_q^d$, which ...
We study the analogues of the problems of averages and maximal averages over a surface in R-n when t...
AbstractWe establish the existence of Salem sets in the ring of integers of any local field and stud...
The first purpose of this paper is to provide new finite field extension theorems for paraboloids an...
Title from PDF of title page (University of Missouri--Columbia, viewed on November 9, 2010).The enti...
Abstract. We study the restriction of the Fourier transform to qua-dratic surfaces in vector spaces ...
http://arxiv.org/PS_cache/math/pdf/0703/0703504v2.pdfWe prove that a sufficiently large subset of th...
We propose a new approach to the Fourier restriction conjectures. It is based on a discretization of...
The main result of this note is the strengthening of a quite arbitrary a priori Fourier restriction ...
AbstractWe study Lp−Lr restriction estimates for algebraic varieties in d-dimensional vector spaces ...
This work studies the extension problem for subsets of finite fields. This remains an important unso...
We study the Fourier restriction phenomenon in settings where there is no underlying proper smooth ...
We prove a maximal Fourier restriction theorem for hypersurfaces in (mathbb{R}^{d}) for any dimensio...
We will present new restriction estimates for surfaces of finite type. We give the sharp Lp-Lq estim...
Fourier restriction theorems, whose study had been initiated by E. M. Stein, usually describe a fami...
In this paper, we prove an extension theorem for spheres of square radii in $\mathbb{F}_q^d$, which ...
We study the analogues of the problems of averages and maximal averages over a surface in R-n when t...
AbstractWe establish the existence of Salem sets in the ring of integers of any local field and stud...
The first purpose of this paper is to provide new finite field extension theorems for paraboloids an...
Title from PDF of title page (University of Missouri--Columbia, viewed on November 9, 2010).The enti...
Abstract. We study the restriction of the Fourier transform to qua-dratic surfaces in vector spaces ...
http://arxiv.org/PS_cache/math/pdf/0703/0703504v2.pdfWe prove that a sufficiently large subset of th...
We propose a new approach to the Fourier restriction conjectures. It is based on a discretization of...
The main result of this note is the strengthening of a quite arbitrary a priori Fourier restriction ...