activity
20142022
most citedThe weakness of the pigeonhole principle under hyperarithmetical reductions

5 citations · 24 across the 9 of their papers we have counts for

collaborators

11 papers

math.LO2022★ 2 cited

Partition genericity and pigeonhole basis theorems

Benoit Monin, Ludovic Patey

There exist two notions of typicality in computability theory, namely, genericity and randomness. In this article, we introduce a new notion of genericity, called partition generic…

math.LO2020★ 3 cited

Milliken's tree theorem and its applications: a computability-theoretic perspective

Paul-Elliot Anglès d'Auriac, Peter A. Cholak, Damir D. Dzhafarov +2

Milliken's tree theorem is a deep result in combinatorics that generalizes a vast number of other results in the subject, most notably Ramsey's theorem and its many variants and co…

math.LO2019

Bad oracles in higher computability and randomness

Laurent Bienvenu, Noam Greenberg, Benoit Monin

Many constructions in computability theory rely on "time tricks". In the higher setting, relativising to some oracles shows the necessity of these. We construct an oracle~ and a…

math.LO2019★ 4 cited

SRT22 does not imply RT22 in omega-models

Benoit Monin, Ludovic Patey

We complete a 40-year old program on the computability-theoretic analysis of Ramsey's theorem, starting with Jockusch in 1972, and improving a result of Chong, Slaman and Yang in 2…

math.LO2019★ 5 cited

The weakness of the pigeonhole principle under hyperarithmetical reductions

Benoit Monin, Ludovic Patey

The infinite pigeonhole principle for 2-partitions () asserts the existence, for every set , of an infinite subset of or of its complement. In this paper, w…

math.LO2018

Pigeons do not jump high

Benoit Monin, Ludovic Patey

The infinite pigeonhole principle for 2-partitions asserts the existence, for every set , of an infinite subset of or of its complement. In this paper, we develop a new noti…