Аннотация:
Устанавливаются результаты о степени трансцендентности полей,
порожденных некоторыми числами, связанными с модулярной функцией
j(τ). В частности, доказывается алгебраическая независимость чисел
π и eπ, а также гипотеза Д. Бертрана об алгебраической
независимости над Q значений в алгебраических точках модулярной
функции и ее производных.
Библиография: 19 названий.
Образец цитирования:
Ю. В. Нестеренко, “Модулярные функции и вопросы трансцендентности”, Матем. сб., 187:9 (1996), 65–96; Yu. V. Nesterenko, “Modular functions and transcendence questions”, Sb. Math., 187:9 (1996), 1319–1348
Эта публикация цитируется в следующих 147 статьяx:
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Wei Wang, “Algebraic independence of values of quasi-modular forms”, Journal of Number Theory, 255 (2024), 85
Dominic Lanphier, Allen Lin, “Values of certain Dirichlet series and higher derivative formulas of trigonometric functions”, Int. J. Number Theory, 20:04 (2024), 995
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Bo-Hae Im, Hojin Kim, Wonwoong Lee, “On the common zeros of quasi-modular forms for Γ+
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Gabriele Bogo, Younes Nikdelan, “Ramanujan systems of Rankin–Cohen type and hyperbolic triangles”, Forum Mathematicum, 2023
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Im B.-H., Lee W., “The Finiteness of Derivation-Invariant Prime Ideals and the Algebraic Independence of the Eisenstein Series”, Ramanujan J., 56:3 (2021), 865–889
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Kacinskaite R., Matsumoto K., “The Discrete Case of the Mixed Joint Universality For a Class of Certain Partial Zeta-Functions”, Taiwan. J. Math., 25:4 (2021), 647–663
Budd T., “Winding of Simple Walks on the Square Lattice”, J. Comb. Theory Ser. A, 172 (2020), 105191
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Adamczewski B., Cassaigne J., Le Gonidec M., “On the Computational Complexity of Algebraic Numbers: the Hartmanis-Stearns Problem Revisited”, Trans. Am. Math. Soc., 373:5 (2020), 3085–3115