Algebraic independence of values of Goss \(L\)-functions at \(s=1\)
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Publication:1932392
DOI10.1016/j.jnt.2012.04.002zbMath1328.11082arXiv1105.6341OpenAlexW2963335685WikidataQ60118124 ScholiaQ60118124MaRDI QIDQ1932392
Brad A. Lutes, Matthew A. Papanikolas
Publication date: 18 January 2013
Published in: Journal of Number Theory (Search for Journal in Brave)
Full work available at URL: https://arxiv.org/abs/1105.6341
Drinfel'd modules; higher-dimensional motives, etc. (11G09) Transcendence theory of Drinfel'd and (t)-modules (11J93) Zeta and (L)-functions in characteristic (p) (11M38)
Related Items (5)
Values of certain \(L\)-series in positive characteristic ⋮ Algebraic relations among Goss’s zeta values on elliptic curves ⋮ A note on special values of 𝐿-functions ⋮ Tensor powers of rank 1 Drinfeld modules and periods ⋮ Special \(L\)-values and shtuka functions for Drinfeld modules on elliptic curves
Cites Work
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- Transcendental values of class group \(L\)-functions
- On root numbers connected with special values of \(L\)-functions over \(\mathbb{F}_ q(T)\)
- Special \(L\)-values of Drinfeld modules
- Transcendence and Drinfeld modules
- Algebraic function fields with small class number
- Rank one elliptic \(A\)-modules and \(A\)-harmonic series
- Analytic homomorphisms into Drinfeld modules
- Anderson's root numbers and Thakur's Gauss sums
- Shtukas and Jacobi sums
- Log-algebraicity of twisted \(A\)-harmonic series and special values of \(L\)-series in characteristic \(p\)
- Study of \(L(s,\chi)/\pi^s\) for \(L\)-functions relative to \(\mathbb{F}_q((T^{-1}))\) and associated to characters of degree 1
- Tannakian duality for Anderson-Drinfeld motives and algebraic independence of Carlitz logarithms
- Transcendental values of class group $L$-functions, II
- Algebraic independence of periods and logarithms of Drinfeld modules
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