Jean-Philippe Chassé

• Atallah, M.S. & Chassé, J.-P. & Leclercq, R. & Shelukhin, E. : Weinstein exactness of nearby Lagrangians: towards the Lagrangian C^0 flux conjecture. arXiv:2410.04158 (2024). preprint.v1
preprint.v2
• Chassé, J.-P. : Lagrangian metric geometry with Riemannian bounds. arxiv:2405.19144 (2024). preprint
• Chassé, J.-P. & Leclercq, R.: A Hölder-type inequality for the Hausdorff distance between Lagrangians. To appear in Journal of Fixed Point Theory and Its Applications (2025). preprint
• Chassé, J.-P. & Hicks, J. & Nho, N.: Reverse isoperimetric inequalities for Lagrangian intersection Floer theory. To appear in Bulletin of the London Mathematical Society (2025). preprint
• Chassé, J.-P.: Hausdorff limits of submanifolds of symplectic and contact manifolds. Differential Geometry and its Applications 94, (2024) DOI 10.1016/j.difgeo.2024.102123. paper
• Chassé, J.-P.: Convergence and Riemannian bounds on Lagrangian submanifolds. International Journal of Mathematics 34(5), (2023) DOI 10.1142/S0129167X23500246. accepted author manuscript
• Chassé, J.-P.: Coisotropic characteristic classes. Annales mathématiques du Québec 44(2), 393-400 (2019) DOI 10.1007/s40316-019-00126-1. accepted author manuscript

• Chassé, J.-P.: Frances Hardcastle. Femmes en maths project (2021). https://femmesenmaths.org/frances-hardcastle/
• Chassé, J.-P.: Quelques mots sur les courbes remplissantes. Notes from the Margin XIII, 8-9 (2018). https://issuu.com/cms-studc/docs/margin-spring2018
• Chassé, J.-P.: Le h-principe: Une introduction. JÉMUM, 1-7 (2017). https://dms.umontreal.ca/~clubmath/journal.html

• Chassé, J.-P.: Sur la relation entre les métriques de nature symplectique et la métrique de Hausdorff en présence de bornes riemanniennes. PhD thesis under the supervision of Octav Cornea (2022). pdf
• Chassé, J.-P.: Sur le h-principe pour les immersions coisotropes et les classes caractéristiques associées. Master thesis under the supervision of François Lalonde (2018). pdf

Warning: I am not an expert in any of these subject, and thus there are surely errors and misconceptions on my part. That being said, I still think it could be of some use to some people.

• A solution to Exercise 11.1.14 from McDuff and Salomon's J-holomorphic Curves in Symplectic Topology. Supplement to the J-seminar, a student reading group: pdf.(fr)
• Picard-Lefschetz theory. In the course Introduction to algebraic geometry at McGill University (Winter 2020): pdf
• Le théorème d'indice d'Atiyah-Singer. In the course Analyse géométrique at Université de Montréal (Winter 2020): pdf.(fr)
• K-théorie topologique et théories de cohomologie extraordinaires. In the course Algèbre homologique at Université de Québec à Montréal (Winter 2018): pdf.(fr)
• Théorème de Serre-Swan. In the course Géométrie algébrique at Université de Québec à Montréal (Winter 2018): pdf.(fr)
• Homologie de Morse. In the course Géométrie différentielle at Université de Montréal (Fall 2017): pdf.(fr)
• Géométrie de contact. In the course Topologie symplectique at Université de Montréal (Winter 2017): pdf.(fr)