The authors construct p-adic integration pairings and Q-structures for 1-motives with good reduction, and claim that all linear relations among the resulting p-adic periods at depths 1 and 2 are captured by bilinearity and functoriality.
Algebraic classes in mixed characteristic and Andr\'e's p-adic periods
1 Pith paper cite this work. Polarity classification is still indexing.
abstract
Motivated by the study of algebraic classes in mixed characteristic we define a countable subalgebra of $\bar{\mathbb{Q}}_p$ which we call the algebra of Andr\'e's $p$-adic periods. We construct a tannakian framework to study these periods. In particular, we bound their transcendence degree and formulate the analog of the Grothendieck period conjecture. We exhibit several examples where special values of classical $p$-adic functions appear as Andr\'e's $p$-adic periods and we relate these new conjectures to some classical problems on algebraic classes.
fields
math.NT 1years
2025 1verdicts
REJECT 1representative citing papers
citing papers explorer
-
P-adic Period Conjectures for 1-motives: Integration and Linear Relations
The authors construct p-adic integration pairings and Q-structures for 1-motives with good reduction, and claim that all linear relations among the resulting p-adic periods at depths 1 and 2 are captured by bilinearity and functoriality.