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Derivatives of Siegel modular forms and exponential functions

机译:Siegel模块化形式和指数函数的导数

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摘要

We show that the differential field generated by Siegel modular forms and the differential field generated by exponentials of polynomials are linearly disjoint over C. Combined with our previous work [3], this provides a complete multidimensional extension of Mahler's theorem on the transcendence degree of the field generated by the exponential function and the derivatives of a modular function. We give two proofs of our result, one purely algebraic, the other analytic, but both based on arguments form differential algebra and on the stability under the action of the symplectic group of the differential field generated by rational and modular functions.
机译:我们证明,由Siegel模形式生成的微分场和由多项式的指数生成的微分场在C上是线性不相交的。结合我们先前的工作[3],这提供了马勒定理关于该矩阵的超越度的完整多维扩展。由指数函数和模函数的导数生成的字段。我们给出了两个结果的证明,一个是纯代数的,另一个是解析的,但都基于论证形式的微分代数和在有理和模函数产生的微分场的辛群的作用下的稳定性。

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