Rational L-functions in LMFDB with Root Analytic Conductor Less Than 4
DOI10.5281/zenodo.14774042Zenodo14774042MaRDI QIDQ6710958
Dataset published at Zenodo repository.
Author name not available (Why is that?)
Publication date: 30 January 2025
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The dataset includes all the rational L-functions in LMFDB with root analytic conductor less than 4 present on January 30, 2025. The dataset is presented as text file with an header and the following columns separated by a column :. label: theL-function label primitive:a boolean indentifying if the L-functions is primitive, i.e., not a product of other not-necessarily-rational L-functions. conductor:theconductorof the L-function. central_character: the labelN.qof thecentral character, which identifies a Dirichlet character. motivic_weight: themotivic weightof the L-function. degree: the degree of theL-function (the degree of its Euler factors at primes away from the conductor). order_of_vanishing: order of vanishing at its central point, also known as analytic rank z1: the lowest zero on the critical line root_angle: the root angle of the L-function root_analytic_conductor:is theroot analytic conductorof the L-function. instance_types: sequence representing the types of the several known underlying objects of an L-function that are in the LMFDB. ap: is a list of the firstDirichlet coefficients (arithmetically normalized) at primes less than 1000 With the exception of the column ap, these are all columns already present in the LMFDB. The column ap was computed aposteri. The instance_types value for the L-functions with label 4-1879e2-1.1-c1e2-0-0 and 4-643e2-1.1-c1e2-0-0 was updated to include BMF, as theoretically we know this to also be the case.
This page was built for dataset: Rational L-functions in LMFDB with Root Analytic Conductor Less Than 4
