Processing Math: Done
jsMath
Differences between revisions 1 and 21 (spanning 20 versions)
⇤ ← Revision 1 as of 2010-04-14 00:37:26 →
Size: 1673
Editor: was
Comment:
← Revision 21 as of 2010-05-26 06:23:28 → ⇥
Size: 2430
Editor: RobertMiller
Comment:
Deletions are marked like this. Additions are marked like this.
Line 18: Line 18:
== Speakers == == Senior People ==
Line 20: Line 20:
=== Project Speakers ===
   * John Cremona (Warwick University): ''Tables of elliptic curves''
   * Tim Dokchitser (Cambridge University): ''Complex L-functions and the Birch and Swinnerton-Dyer conjecture''
   * Matthew Greenberg (University of Calgary): ''Elliptic curves over number fields''
   * William Stein (University of Washington): ''Heegner points and the Gross-Zagier formula''
   * Jared Weinstein (UCLA): ''Kolyvagin's Euler system''
   * Christian Wuthrich (Nottingham): ''p-adic L-series and Iwasawa theory''		 Number Theory: John Cremona (Warwick), Tim Dokchitser (Cambridge), Noam Elkies (Harvard), Matt Greenberg (Calgary), Ken Ribet (Berkeley), William Stein (University of Washington), Jared Weinstein (UCLA), Christian Wuthrich (Nottingham)

TA: Robert Miller (University of Washington)

Open Source: Robert Bradshaw (Google), Fernando Perez (Berkeley), Peter Norvig (Director of Research at Google), Prabhu Ramachandran (Bombay)

=== Project Groups ===

 * [[/students|Student group assignments]]
 * [[/background|General Sage related background reading]]


Projects:

   1. [[/cremona|John Cremona (Warwick University): ''Tables of elliptic curves'']]
   2. [[/dokchitser|Tim Dokchitser (Cambridge University): ''Complex L-functions and the Birch and Swinnerton-Dyer conjecture'']]
   3. [[/greenberg|Matthew Greenberg (University of Calgary): ''Mod p representations associated to elliptic curves'']]
   4. [[/weinstein|Jared Weinstein (UCLA) and William Stein (Univ. of Washington): ''Heegner Points and Kolyvagin's Euler system'']]
   5. [[/wuthrich|Christian Wuthrich (Nottingham): ''p-adic L-series and Iwasawa theory'']]
Line 31: Line 44:
=== June 25: Open Research Computation Day ===
   * Peter Norvig (Google): TBA
   * Fernando Perez (Berkeley): TBA
   * Prabhu Ramachandran (Bombay, India): TBA		 === Special Day -- June 25: Open Research Computation in Python ===
Line 36: Line 46:
== Project Groups ==

 1. [[/group1|Tables of elliptic curves]]
 1. [[/group2|The Birch and Swinnerton-Dyer conjecture]]
 1. [[/group3|Elliptic curves over number fields]]
 1. [[/group4|Heegner points and Euler system]]
 1. [[/group5|p-adic L-series and Iwasawa theory]]		    * Robert Bradshaw (Google) -- Cython: the best of both worlds
   * Jarrod Millman (Berkeley) -- The Foundation for Mathematical and Scientific Computing
   * Peter Norvig (Google) -- TBA
   * Fernando Perez (Berkeley) -- Python: an ecosystem for scientific computing
   * Prabhu Ramachandran (Bombay, India) -- Python in Science and Engineering Education in India
   * William Stein (University of Washington) -- Sage: creating a viable open source alternative to Magma, Maple, Mathematica, and Matlab

Sage Days 22: Computing with Elliptic Curves

The official MSRI page for this workshop.

Location: MSRI at Berkeley, California Dates: June 21, 2010 to July 02, 2010

Schedule

Mailing Lists

Senior People

Number Theory: John Cremona (Warwick), Tim Dokchitser (Cambridge), Noam Elkies (Harvard), Matt Greenberg (Calgary), Ken Ribet (Berkeley), William Stein (University of Washington), Jared Weinstein (UCLA), Christian Wuthrich (Nottingham)

TA: Robert Miller (University of Washington)

Open Source: Robert Bradshaw (Google), Fernando Perez (Berkeley), Peter Norvig (Director of Research at Google), Prabhu Ramachandran (Bombay)

Project Groups

Projects:

  1. John Cremona (Warwick University): ''Tables of elliptic curves''

  2. Tim Dokchitser (Cambridge University): ''Complex L-functions and the Birch and Swinnerton-Dyer conjecture''

  3. Matthew Greenberg (University of Calgary): ''Mod p representations associated to elliptic curves''

  4. Jared Weinstein (UCLA) and William Stein (Univ. of Washington): ''Heegner Points and Kolyvagin's Euler system''

  5. Christian Wuthrich (Nottingham): ''p-adic L-series and Iwasawa theory''

Colloquium

  • Ken Ribet (Berkeley): TBA

Special Day -- June 25: Open Research Computation in Python

  • Robert Bradshaw (Google) -- Cython: the best of both worlds
  • Jarrod Millman (Berkeley) -- The Foundation for Mathematical and Scientific Computing
  • Peter Norvig (Google) -- TBA
  • Fernando Perez (Berkeley) -- Python: an ecosystem for scientific computing
  • Prabhu Ramachandran (Bombay, India) -- Python in Science and Engineering Education in India
  • William Stein (University of Washington) -- Sage: creating a viable open source alternative to Magma, Maple, Mathematica, and Matlab

days22 (last edited 2010-06-27 02:10:51 by Jamie Weigandt)