STNB 2015 (29è any)
Dates
Del Dilluns 26 al Divendres 30 gener, 2015
Lloc
Facultat de Matemàtiques (UB) Aula T1 (2n pis) Gran Via de les Corts Catalanes, 585 08007 Barcelona
Comitè organitzador
Montse Alsina, Piermarco Milione i Hayden Stainsby
Temes
Lleis de composició superiors
Coordinació: Alberto Cámara
Construcció de representacions de Galois associades a formes modulars de Hilbert
Coordinació: Victor Rotger Cerda
- Galois representations associated to classical modular forms of weight at least 2: Deligne's theorem
Laia Amorós Carafí - Artin representations associated to modular forms of weight one: Deligne-Serre's theorem
Sara Arias de Reyna Domínguez - Galois representations associated to Hilbert modular forms arising from Shimura curves via Jacquet-Langlands: Carayol's theorem
Piermarco Milione - Galois representations associated to ordinary Hilbert modular forms: Wiles' theorem
Francesc Fité Naya - Automorphic forms and Galois representations: Langlands conjecture
Luis Garcia
Comunicacions
Coordinació: Montse Alsina, Piermarco Milione i Hayden Stainsby
- Elliptic Curves over Real Quadratic Fields are Modular
Samir Siksek - From the Generalized Fermat Equation to Hilbert modular forms with prescribed inertia types
Nuno Freitas - Contributions to the study of Cartier algebras and differential operators
Alberto Fernandez Boix - New developments on the Birch and Swinneton-Dyer conjecture
Victor Rotger Cerda - A new Heegner point construction
Carlos de Vera Piquero - La conjectura feble de Goldbach. Teorema de Helfgott i verificació numèrica
Eduard Roure Perdices - Mala reducción de curvas de género 3 con multiplicación compleja
Elisa Lorenzo - Computing equations of elliptic curves over number fields via $p$-adic methods
Xavier Guitart i Xevi Guitart - Computation of triangular bases of integral closures
Hayden Stainsby - Statistics in function fields: the biquadratic case
Piermarco Milione
Calendari
Dilluns 26
10.00 - 10.10:
Benvinguda
10.10 - 11.30:
Cubs d'enters (Eduard Soto)
12.00 - 13.00:
Galois representations associated to classical modular forms of weight at least 2: Deligne's theorem (Laia Amorós Carafí)
15.15 - 16.00:
Elliptic Curves over Real Quadratic Fields are Modular (Samir Siksek)
16.15 - 16.45:
From the Generalized Fermat Equation to Hilbert modular forms with prescribed inertia types (Nuno Freitas)
17.00 - 17.30:
Contributions to the study of Cartier algebras and differential operators (Alberto Fernandez Boix)
Dimarts 27
10.00 - 11.00:
Anells quàrtics i parelles de formes cúbiques binàries (Xavier Guitart)
11.40 - 12.40:
Artin representations associated to modular forms of weight one: Deligne-Serre's theorem (Sara Arias de Reyna Domínguez)
15.15 - 16.00:
New developments on the Birch and Swinneton-Dyer conjecture (Victor Rotger Cerda)
16.15 - 16.45:
A new Heegner point construction (Carlos de Vera Piquero)
17.00 - 17.30:
La conjectura feble de Goldbach. Teorema de Helfgott i verificació numèrica (Eduard Roure Perdices)
Dimecres 28
10.00 - 11.00:
Parametrització dels anells quíntics (Santiago Molina Blanco)
11.30 - 12.30:
Galois representations associated to Hilbert modular forms arising from Shimura curves via Jacquet-Langlands: Carayol's theorem (Piermarco Milione)
12.40 - 13.10:
Mala reducción de curvas de género 3 con multiplicación compleja (Elisa Lorenzo)
13.20 - 13.50:
Computing equations of elliptic curves over number fields via $p$-adic methods (Xavier Guitart i Xevi Guitart)
Dijous 29
10.00 - 11.00:
Origens i aplicacions de les lleis de composició superiors (Alberto Cámara)
11.40 - 12.40:
Galois representations associated to ordinary Hilbert modular forms: Wiles' theorem (Francesc Fité Naya)
15.30 - 19.00:
Sessió especial dedicada als (60 $\pm$ $\epsilon$) aniversaris
20.30 - 22.30:
Sopa del seminari
Divendres 30
10.30 - 11.00:
Computation of triangular bases of integral closures (Hayden Stainsby)
11.15 - 11.45:
Statistics in function fields: the biquadratic case (Piermarco Milione)
12.15 - 13.15:
Automorphic forms and Galois representations: Langlands conjecture (Luis Garcia)
13.15 - 14.00:
Proper STNB
