Bernoulli Center EPFL
The mission of the Bernoulli Center for Fundamental Studies is to advance fundamental research in a collaborative environment.
AI reasoning and mathematics Source
Abdulle Lecture - Interactive theorem provers : can they help mathematicians ? - Prof. Kevin Buzzard
A proof of the Reed-Muller code capacity conjecture
Souvernirs Mathématiques 4. Courbes elliptiques et groupes de Galois 1962 1972 par Jean-Pierre Serre
Journée Georges de Rham 2023
The new Bernoulli Center for Fundamental Studies is launched
Opening remark from Prof. P. Michel, Member of the Bernoulli Center Executive Committee, EPFL
Inauguration: Prof. Maryna Viazovska, EPFL
Inauguration: Prof. Duncan Haldane, Princeton University
Inauguration: Opening remark from Prof. MARTIN VETTERLI, President of EPFL
Inauguration discussion panel: The unreasonable effectiveness of fundamental Sciences.
Inauguration: Opening Prof. Anna Fontcuberta I Morral, Associate VP for Centers and Platforms, EPFL
Inauguration: Prof. Avi Wigderson, Institute for Advanced Study
Inauguration: Prof. Hugo Duminil-Copin, UNIGE
Inauguration: Opening remark from Prof. Emmanuel Abbé, Director of the Bernoulli Center, EPFL
Carolina Araujo, Foliations with positive tangent sheaves and ....
Frédéric Touzet, Numerically nonspecial varieties
Remi Jaoui, A differential approach to Ax-Schaunel theorems (part 4)
Paolo Cascini, Minimal Model Program for foliations (part 3)
André Belotto da Silva, Splittable foliations and the minimal rank Sard Conjecture
Paolo Cascini, Minimal Model Program for foliations (part 2)
Jorge Pereira, Codimension one foliations in positive characteristic
Remi Jaoui, A differential approach to Ax-Schaunel theorems
Jarosław Buczyński: Characteristic foliations on contact manifolds
Calum Spicer, Minimal Model Program for foliations (part 4)
Remi Jaoui, A differential approach to Ax-Schaunel theorems (part 3)
Remi Jaoui, A differential approach to Ax-Schaunel theorems
Calum Spicer, Minimal Model Program for foliations
Souvenirs mathématiques 3. Variétés analytiques complexes compactes 1954 par Jean-Pierre Serre