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Algebraicity
0:58:44
Samit Dasgupta: An introduction to auxiliary polynomials in transcendence theory, Lecture I
0:37:27
Masha Vlasenko - A p-adic Approach to Differential Equations, I
1:21:10
Duco van Straten - Differential Equations, Geometry and Arithmetic, II
1:01:22
Samit Dasgupta: An introduction to auxiliary polynomials in transcendence theory, Lecture II
0:15:45
Russia | A Nice Algebra Problem | Math Olympiad
1:03:36
Samit Dasgupta: An introduction to to auxiliary polynomials in transcendence theory, Lecture III
0:35:03
CDM 2023: Vesselin Dimitrov: Modular forms and arithmetic algebraization methods
0:59:42
Duco van Straten - Differential Equations, Geometry and Arithmetic, I
0:56:39
May 31, 2024
1:01:14
Arakelov Theory, Equidistribution and Algebraic Dynamics (Lecture 1) by Jose Ignacio Burgos Gil
0:37:34
15th ALGA (Commutative Algebra and Algebraic Geometry) - Jorge Vitório Pereira
0:11:29
10.3 Projective varieties and the Segre embedding (Commutative Algebra and Algebraic Geometry)
1:06:39
Arakelov Theory, Equidistribution and Algebraic Dynamics (Lecture 4) by Jose Ignacio Burgos Gil
1:02:52
Sergei Yakovenko -- How transcendental are Periods?
1:04:37
Ellen Eischen, Algebraic and p-adic aspects of L-functions, with a view toward Spin L-functions
0:42:47
Hadrien Notarantonio - Solving equations from combinatorics via computer algebra
1:03:13
Ngaiming Mok: The rescaling method on subvarieties of bounded symmetric domains #ICBS2024
0:56:22
Arakelov Theory, Equidistribution and Algebraic Dynamics (Lecture 3) by Jose Ignacio Burgos Gil
1:08:52
Arakelov Theory, Equidistribution and Algebraic Dynamics (Lecture 2) by Jose Ignacio Burgos Gil
1:00:37
Conference: Periods, Shafarevich Maps and Applications Bruno Klingler, Berlin
1:02:55
Holomorphic one forms on the Moduli Space of Curves by Gianpietro Pirola
1:00:04
Arakelov Theory, Equidistribution and Algebraic Dynamics (Lecture 5) by Jose Ignacio Burgos Gil
1:01:33
Equisingular algebraic approximation of analytic germs
0:58:13
Valia Gazaki, Hyperelliptic curves mapping to abelian varieties, Beilinson's conjecture for 0-cycles
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