Bounds on Certain Higher-dimensional Exponential Sums via the Self-reducibility of the Weil Representation
نویسندگان
چکیده
We describe a new method to bound certain higher-dimensional exponential sums which are associated with tori in symplectic groups over finite fields. Our method is based on the self-reducibility property of the Weil representation. As a result, we obtain a sharp form of the Hecke quantum unique ergodicity theorem for generic linear symplectomorphisms of the 2Ndimensional torus.
منابع مشابه
Notes on the Self-Reducibility of the Weil Representation and Higher-Dimensional Quantum Chaos
In these notes we discuss the self-reducibility property of the Weil representation. We explain how to use this property to obtain sharp estimates of certain higher-dimensional exponential sums which originate from the theory of quantum chaos. As a result, we obtain the Hecke quantum unique ergodicity theorem for a generic linear symplectomorphism A of the torus T = R 2N /Z 2N .
متن کاملNotes on self-reducibility of the Weil representation and higher-dimensional quantum chaos
In these notes we discuss the self-reducibility property of the Weil representation. We explain how to use this property to obtain sharp estimates of certain higher-dimensional exponential sums which originate from the theory of quantum chaos. As a result, we obtain the Hecke quantum unique ergodicity theorem for generic linear symplectomorphism A of the torus T = R 2N /Z 2N .
متن کاملSelf-reducibility of the Weil Representation and Higher-dimensional Quantum Chaos
In this paper we establish the self-reducibility property of the Weil representation. We use this property to obtain sharp estimates of certain higher-dimensional exponential sums which originate from the theory of quantum chaos. As a result, the Hecke quantum unique ergodicity theorem for generic linear symplectomorphism of the torus in any dimension is proved.
متن کاملNotes on the Self-reducibility of the Weil Representation and Quantum Chaos
In these notes we discuss the self-reducibility property of the Weil representation. We explain how to use this property to obtain sharp estimates of certain higher-dimensional exponential sums which originate from the theory of quantum chaos. As a result, the Hecke quantum unique ergodicity theorem for generic linear symplectomorphism of the torus in any dimension is proved.
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تاریخ انتشار 2010