Hui GAO (高辉)

I am a postdoc fellow in University of Helsinki.

Research interests: Algebraic number theory. In particular: p-adic Galois representations, (integral) p-adic Hodge theory, p-adic local  Langlands program.

Email: (permanent email)  mathnature  AT  gmail   DOT com

(University email)     hui.gao   AT   helsinki   DOT fi

ContactDepartment of Mathematics and Statistics,

FIN-00014 University of Helsinki, Finland

Brief CV     (Full CV in pdf

• 2016.9--present. Postdoc fellow at University of Helsinki (mentor: Kari Vilonen)
• 2013.7--2016.6. Postdoc fellow at BICMR (mentor: Ruochuan Liu)
• 2007.9--2013.5. PhD of Mathematics, Purdue University (advisor: Tong Liu)
• 2003.9--2007.6. BS of Mathematics, Nankai University

• Publications and Preprints

• MathSciNet author profile page.
•  (with Tong Liu,)  Wach models and overconvergence of \'etale $(\varphi, \Gamma)$-modules in preparation Weight cycling and Serre weights for U(3) in preparation Limit of torsion semi-stable Galois representations with unbounded weights to appear, Proc. Amer. Math. Soc PDF (with Tong Liu,) Loose crystalline lifts and overconvergence of \'etale $(\varphi, \tau)$-modules submitted arXiv:1606.07216 Adapted bases of Kisin modules and Serre weights submitted arXiv:1505.02664 Fontaine-Laffaille modules and strongly divisible modules published online, Annales mathématiques du Québec PDF A note on crystalline liftings in the Qp case to appear, Bulletin de la SMF arXiv:1505.00125 A note on torsion Breuil modules in the case er=p-1 J. Number Theory 165 (2016), 290–303. arXiv:1410.3953 (with Claus Sorensen,) Locally algebraic vectors in the Breuil-Herzig ordinary part Manuscripta Math. 151 (2016), no. 1-2, 113–131. Crystalline liftings and weight part of Serre's conjecture Israel J. Math. 221 (2017), no. 1, 117–164 arXiv:1504.01233arxiv PDF Galois lattices and strongly divisible lattices in the unipotent case J. Reine Angew. Math. (Crelle's Journal) 728 (2017), 263–299. arXiv:1305.2664arxiv PDF (with Tong Liu,) A Note on Potential Diagonalizability of Crystalline Representations Mathematische Annalen, 2014, Vol. 360, pp 481-487. arXiv:1204.4704arxiv PDF

• Seminar/Conference talks, participation

• Recent Teaching:
• Spring 2017, Univ. of Helsinki,  Elementary algebraic number theory
• Spring 2018, Univ. of Helsinki,  Introduction to elliptic curves and modular forms
• (last updated: Jan, 2018)

• Subpages (1):