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Special Researcher at the School of Mathematical Sciences, Shanghai Jiao Tong University .
Office 429
PhD 2012 (Paris 6). Research interests:
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Arakelov Geometry.
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Number Theory & Applications.
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Zeta functions in number theory and in Analysis.
You can find my publications here
Teaching:
Commutative rings and Homological algebra (Spring 2018)
Applied Functional Analysis (Fall 2018)
Homework for Applied Functional Analysis
Commutative rings and Homological algebra (Spring 2019)
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Applied Functional Analysis (Fall 2019)
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Notes on Diophantine Geometry and transcendental numbers
Lectures on Algebraic Geometry (2018) every Monday from 09:00 to 11:00
(The main reference is Elements de Geometrie Algerique, A. Grothendieck (IHES))
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An overview of the theory of (additive/abelian/..) categories (Sur quelques points d'Algebre Homologique, A. Grothendieck. Tohoku).
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Derived functors (Tohoku)
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Presheaves and sheaves with values in a category. Direct and inverse image (EGA1).
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Ringed spaces (EGA1).
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Quasi-coherent and coherent sheaves (EGA1).
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Affine schemes, schemes (EGA1).
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Affine morphisms and Vector bundles (EGA2).
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Projective schemes.
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Grothendieck topologies-1
Introduction to Grothendieck topologies and etale cohomology (2019) every Sunday from 14:00 to 16:00
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Review of the theory of categories, projective and injective limits, adjoint morphisms (Expose I, SGA4)
For more details see here
Teaching: Homepage_about
Teaching: Welcome
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