Let f(z) be a holomorphic Hecke eigencuspform of weight k for the full modular group.Let λf(n) be the nth normalized Fourier coefficient of f(z).Suppose that L(sym2f,s) is the symmetric square L-function associated w...Let f(z) be a holomorphic Hecke eigencuspform of weight k for the full modular group.Let λf(n) be the nth normalized Fourier coefficient of f(z).Suppose that L(sym2f,s) is the symmetric square L-function associated with f(z),and λsym2f(n) denotes the nth coefficient L(sym2f,s).In this paper,it is proved that where P2(t) is a polynomial in t of degree 2.Similarly,it is obtained that where ■2(t) is a polynomial in t of degree 2.展开更多
The author uses analytic methods to study the distribution of integral ideals and Hecke Grssencharacters in algebraic number fields. Nowak’s results on the distribution of integral ideals, and Chandrasekharan and G...The author uses analytic methods to study the distribution of integral ideals and Hecke Grssencharacters in algebraic number fields. Nowak’s results on the distribution of integral ideals, and Chandrasekharan and Good’s results on the distribution of Hecke Grssencharacters are improved.展开更多
基金Project supported by the National Natural Science Foundation of China(Nos.10971119,11101249)the Shandong Provincial Natural Science Foundation of China(No.ZR2009AQ007)
文摘Let f(z) be a holomorphic Hecke eigencuspform of weight k for the full modular group.Let λf(n) be the nth normalized Fourier coefficient of f(z).Suppose that L(sym2f,s) is the symmetric square L-function associated with f(z),and λsym2f(n) denotes the nth coefficient L(sym2f,s).In this paper,it is proved that where P2(t) is a polynomial in t of degree 2.Similarly,it is obtained that where ■2(t) is a polynomial in t of degree 2.
基金Project supported by the National Natural Science Foundation of China (Nos. 10701048, 10971119)the Shandong Provincial Natural Science Foundation of China (No. ZR2009AQ007)
文摘The author uses analytic methods to study the distribution of integral ideals and Hecke Grssencharacters in algebraic number fields. Nowak’s results on the distribution of integral ideals, and Chandrasekharan and Good’s results on the distribution of Hecke Grssencharacters are improved.