999精品在线视频,手机成人午夜在线视频,久久不卡国产精品无码,中日无码在线观看,成人av手机在线观看,日韩精品亚洲一区中文字幕,亚洲av无码人妻,四虎国产在线观看 ?

對稱冪平方L-函數Fourier系數的高次均值估計

2024-01-01 00:00:00王盼

摘要:設f(z)為全模群SL(2,Z)上權為偶數k的Hecke特征形式,L(s,sym2f)為其對應的對稱冪平方L-函數,λsym2f(n)為對稱冪平方L-函數L(s,sym2f)的Fourier展開式中第n個正規化Fourier系數.本文借助Newton和Thorne近期關于函數Symjf的重要工作以及自守L-函數的亞凸界和均值估計結果,研究了λsym2f(n)在四個整數平方和序列上的三次均值估計和四次均值估計,得到了均值估計的漸近公式,改進了之前的結果.

關鍵詞:Hecke特征形式;對稱冪平方L-函數;Fourier系數;四個整數平方和序列

中圖分類號:O156.4 文獻標志碼:A

Mean Value Estimates for Higher Momentsof Fourier Coefficients of Symmetric Square L-functions

WANG Pan

(School of Mathematics and Statistics, North China University of Water Resources and Electric Power, Zhengzhou 450046, China)

Abstract:Let f(z) be a Hecke eigenform of even weight k for the full modular group SL(2,Z),L(s,sym2f) is the symmetric square L-function associated of f. Denote by

λsym2f(n) the nth normalized Fourier coefficient of the Fourier expansion of symmetric square L-function L(s,sym2f). In this paper, we establish asymptotic formulas for the third moment of

λsym2f(n) and the fourth moment of λsym2f(n) over a sequence of sum of squares of four integers. We improve previous results and our improvement benefit from the recent work of Newton and Thorne in function Symjf and subconvex bounds and mean value estimates of the automorphic L-function.

Key words:Hecke eigenform; symmetric square L-function; Fourier coefficient; sequence of sum of squares of four integers

0 引言

1 基本引理

2 主要定理的證明

3 結語

在現代解析數論中,對自守尖形式的Fourier系數的均值估計已經受到許多數學家和學者的關注,成為了一個重要的研究課題.目前,已有大量論文從各個方面對自守尖形式的Fourier系數做了研究,本文研究的是四個整數平方和序列上對稱冪平方L-函數L(s,sym2f)Fourier系數的均值估計.本文對定理結果的改進一方面得益于Newton和Thorne對symjf做出的突破性進展,這使得我們可以研究更高階的對稱冪L-函數,從而對Dirichlet級數重新進行分解,另一方面得益于GL(3)上L-函數L(s,sym2f)更好的亞凸界結果.尖形式是數論中一個重要且有趣的課題,值得更多學者研究.

參考文獻:

[1] DELIGNEE P.La Conjecture de Weil Ⅰ[J].Inst Hautes tudes Sci Publ Math,1974,43(1):273-307.

[2] FOMENKO O M.Identities involving the coefficients of automorphic L-functions [J].Math Sci,2006,133(1):1749-1755.

[3] ICHIHARA Y.Estimates of a certain sum involving the coefficients of cusp forms in weight and levelaspects [J].Lith Math,2008,48(2):188-202.

[4] TANG H C.A note on the Fourier coefficients of Hecke-Maass forms [J].Number Theory,2013,133(4):1156-1167.

[5] JIANG Y,Lü G S.Uniform estimates for sums of coefficients of symmetric square L-functions [J].Number Theory,2015,148(29):220-234.

[6] FOMENKO O M.Mean value theorems for automorphic L-functions [J].St Petersburg Math,2008,19(1):853-866.

[7] TANG H C.Estimates for the Fourier coefficients of symmetric square L-functions [J].Arch Math (Basel),2013,100(1):123-130.

[8] HE X.Integral power sums of Fourier coefficients of symmetric square L-functions [J].Proc Am Math Soc,2019,147(1):2847-2856.

[9] LIU H.The Average Behavior of Fourier Coefficients of Symmetric Power L-Functions [J].Bulletin of the Malaysian Mathematical Sciences Society,2023,46(1):1-15.

[10] ZHAI S.Average behavior of Fourier coefficients of cusps forms over sum of two squares [J].Number Theory,2013,133(11):3862-3876.

[11] SHARMA A,SANKARANARAYANAN A.Discrete mean aquare of the coefficients of symmetric square L-functions on certain sequence of positive numbers [J].Res Number Theory,2022,8(1):1-13.

[12] SHARMA A,SANKARANARAYANAN A.On the average behavior of the Fourier coefficients of jth symmetric power L-function over certain sequences of positive integers [J].Czech Math,2023,73(3):885-901.

[13] HUA G D.The average behaviour of Hecke eigenvalues over certain sparse sequence of positive integers [J].Res Number Theory,2022,8(95):1-20.

[14] SHARMA A,SANKARANARAYANAN A.Higher moments of the Fourier coefficients of symmetric square L-functions on certain sequence [J].Rend Circ Mat Palermo Series II,2023,72(1):1399–1416.

[15] NEWTON J,THORNE J A.Symmetric power functoriality for holomorphic modular forms [J].Publ Math IHES,2021,134(1):1-116.

[16] BOURGAIN G.Decoupling,exponential sums and the Riemann zeta function [J].Am Math Soc,2017,30(1):205-224.

[17] LIN Y,NUNES R,QI Z.Strong Subconvexity for Self-Dual GL(3) L-Functions [J].International Mathematics Research Notices ,2023,13(1):11453-11470.

[18] PERELLI A.General L-functions [J].Ann Mat Pura Appl,1982,130(1):287-306.

[19] JIANG Y,LV G S.On the higher mean over arithmetic progressions of Fourier coefficients of cusp forms [J].Acta Arithmetica,2014,3(166):231-252.

[20] ANATOLIJ A K,MELVYN B N.Basic Analytic Number Theory [M].Berlin:Springer-Verlag,1993:64.

[責任編輯:趙慧霞]

主站蜘蛛池模板: 亚洲中文字幕97久久精品少妇| 国产精品嫩草影院av| 中文无码日韩精品| 99成人在线观看| 日韩精品一区二区三区免费在线观看| 91区国产福利在线观看午夜 | 婷婷午夜天| 久草视频中文| 在线中文字幕网| 伊人成色综合网| 国产激情无码一区二区免费| 久久天天躁夜夜躁狠狠| 亚洲永久精品ww47国产| 伊人91在线| 日韩在线视频网站| 亚洲高清无码久久久| 国产精品19p| 亚洲精品在线影院| 欧美日韩理论| 久久美女精品| 国产高清在线精品一区二区三区| 国产 在线视频无码| 91青青视频| 波多野结衣一二三| 欧美国产在线看| 国产精品所毛片视频| 色婷婷在线影院| 免费全部高H视频无码无遮掩| 国产熟女一级毛片| 国产麻豆精品久久一二三| 日韩a级毛片| 第九色区aⅴ天堂久久香| 国内精品久久久久久久久久影视 | 欧美一区国产| 亚洲视频在线观看免费视频| 精品视频一区在线观看| 亚洲女同欧美在线| 中文字幕人成乱码熟女免费| 91青草视频| 在线亚洲天堂| 在线无码九区| 67194亚洲无码| 久久亚洲中文字幕精品一区| 久久a级片| 国产国模一区二区三区四区| 男人天堂亚洲天堂| 午夜激情婷婷| 日本成人一区| 国产精品浪潮Av| 精品欧美一区二区三区在线| 免费无码AV片在线观看中文| 波多野结衣国产精品| 色悠久久综合| 91久久青青草原精品国产| 怡红院美国分院一区二区| 国产成人调教在线视频| 国产成人精品18| 国产美女主播一级成人毛片| 国产原创演绎剧情有字幕的| 亚洲第一中文字幕| 美女一区二区在线观看| 一本大道香蕉中文日本不卡高清二区| 国产精品观看视频免费完整版| 国产麻豆aⅴ精品无码| 一级成人a做片免费| 999福利激情视频| 日韩精品成人网页视频在线| 婷婷色婷婷| 任我操在线视频| 亚洲不卡影院| av尤物免费在线观看| 欧美午夜网| 91久久天天躁狠狠躁夜夜| 亚洲色图在线观看| 亚洲精选无码久久久| 色偷偷一区二区三区| 国产在线八区| 日本午夜影院| 欧美三级不卡在线观看视频| 精品一区二区三区四区五区| 亚洲精品无码日韩国产不卡| 国产美女精品一区二区|