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* Ken Ribet (UC Berkeley): [[http://sagenb.org/home/pub/3929/Sage Worksheet]]  * Ken Ribet (UC Berkeley): [[http://sagenb.org/home/pub/3929/Sage Worksheet]] or [[attachment:William Stein  JMM  Solving Cubic Equations.sws]] 
AMS Short Course: Computing with Elliptic Curves using Sage
WiFi in Back Bay Ballroom B: SSID SherBosMtg, passcode F4HM
This page: http://wiki.sagemath.org/jmm12
Contents
Create an account at the Sage public notebook server: http://www.sagenb.org.
Mailing lists
Participants: https://groups.google.com/group/sagejmm2012
Organizers: http://groups.google.com/group/sageshortcourse
Dates
 January 23, 2012 in Boston, MA at the joint AMS/MAA meetings
After the Short Course, please visit the Sage booth in the Joint Meetings exhibits area!
Precourse Preparation
Read through the following (all are free):
Course Materials
Everything combined into a single PDF: JMM2011notes.pdf
Noam Elkies (Harvard University): PDF Notes and GP/PARI session illustrating computations
Kiran Kedlaya (UC San Diego): Sage Worksheet or Sage Worksheet on demo.sagenb.org or kedlaya.sws
Ken Ribet (UC Berkeley): Sage Worksheet or William Stein  JMM  Solving Cubic Equations.sws
William Stein (Univ of Washington): PDF Slides and Sage worksheet illustrating computations
Jared Weinstein (Boston University): Sage Worksheet
Schedule
We are in the official AMS schedule.
January 2, 2012
9:00am  10:30am 
Kiran Kedlaya: Introduction to Python and Sage 
10:30am  11:00am 
Break 
11:00am  12:30pm 
Software Session 1: QA format  How do I do XXX in Sage? 
12:30pm  2:00pm 
Break (lunch) 
2:00pm  3:30pm 
Ken Ribet: Computing with elliptic curves over finite fields using Sage 
3:30pm  4:00pm 
Break 
4:00pm  5:00pm 
Software Session 2: Problem format  try to solve a problem yourself using Sage 
5:00pm – 6:30pm 
Reception: Back Bay Ballroom D  Sheraton 
January 3, 2012
9:00am  10:30am 
Jared Weinstein: Computing with elliptic curves over the rational numbers using Sage 
10:30am – 11:00am 
Break 
11:00am  12:30pm 
William Stein: Computing with the Birch and SwinnertonDyer conjecture using Sage 
12:30pm – 2:00pm 
Break (lunch) 
2:00pm  3:30pm 
Elkies: Computing with Elliptic Surfaces 
3:30pm – 4:00pm 
Break 
4:00pm – 5:00pm 
Software Session 3: QA format  How do I do XXX in Sage? 