相关实验视频
在p-精制的弗里德伯格-雅奎特积分和在特异变量中的古典的symplectic位点上
Daniel Barrera Salazar1, Andrew Graham2, Chris Williams3
1Universidad de Santiago de Chile, Avenida Libertador Bernardo O'Higgins no. 3363, Estación Central, Santiago, Chile.
概括
我们提出了弗里德伯格-雅奎特定理的p精细类比,将自动形表示的函数转移与扭曲的泽塔积分不消失联系起来. 这推动了对p-adic L-函数和symplectic家族的研究.
科学领域:
- 数学理论 数学理论
- 代表理论 代表理论
- 自体形的形式 自体形的形式
背景情况:
- 弗里德伯格-雅奎特定理建立了基于全球泽塔积分不消失的自动形表示的函数转移的标准.
- 自态表示和它们的函数属性是现代数论和朗格兰兹程序的核心.
研究的目的:
- 推测和研究弗里德伯格-雅克特定理的p精细模拟.
- 为了将p-adic L-函数理论和Shalika模型与函数转移联系起来.
- 在固有变种的背景下,探索p-精炼,泽塔积分和symplectic家族之间的关系.
主要方法:
- 形成一个涉及p-parahoric p-精炼和P-扭曲的泽塔积分的猜想.
- 在特定的 Eigen空间上分析扭曲的 Zeta 积分不消失的情况.
- 将猜想与p-adic自变量内的古典交叉家族的研究联系起来.
- 证明了这些symplectic家庭的尺寸的上限.
主要成果:
- 为p精细的函数转移提出了一个推测.
- 扭曲的泽塔积分被认为是p-adic L-函数构造中的一个关键组件.
- 建立了古典交叉家族尺寸的上限.
- 得到的结果支持提出的假设.
结论:
- 这项研究为理解p精细函数转移提供了一个框架.
- 这项研究深化了自形形态形式,p-adic L-函数和像自变量这样的几何物体之间的联系.
- 确定的界限有助于对猜想及其影响的持续调查.
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