
TL;DR
This paper introduces a method to find Apery limits linked to modular functions and uncovers new identities involving special L-function values, independent of differential equations.
Contribution
It presents a novel approach to determine Apery limits with modular origins and discovers new identities for L-functions associated with modular forms.
Findings
A general method for Apery limits with modular origins
New identities involving special values of L-functions
Independent proof of these identities from differential equations
Abstract
We describe a general method to determine the Apery limits of a differential equation that have a modular-function origin. As a by-product of our analysis, we discover a family of identities involving the special values of L-functions associated with modular forms. The proof of these identities is independent of differential equations and Apery limits.
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