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== Schedule == === January 2, 2012 === 9:00am  10:30am  Kiran Kedlaya: Introduction to Python and Sage [[https://hensel.mit.edu:8000/home/pub/9/worksheet]] 10:30am  11:00am Break 11:00am  12:30pmSoftware 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  5:00pmSoftware Session 2: Problem format  try to solve a problem yourself using Sage 5:00pm – 6:30pmReception: Back Bay Ballroom D  Sheraton === January 3, 2012 === 9:00am  10:30amJared 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 – 2:00pmBreak (lunch) 2:00pm  3:30pmElkies: Computing with Elliptic Surfaces 3:30pm – 4:00pmBreak 4:00pm – 5:00pmSoftware Session 3: QA format  How do I do XXX in Sage? 
AMS Short Course: Computing with Elliptic Curves using Sage
Contents
People
 William Stein  Univ of Washington
 Noam Elkies  Harvard University
 Kiran Kedlaya  UC San Diego
 Ken Ribet  UC Berkeley
 Jared Weinstein  Boston University
Dates
 January 23, 2012 in Boston, MA at the joint AMS/MAA meetings
Precourse Preparation
Read through the following (all are free):
Schedule
January 2, 2012
9:00am  10:30am 
Kiran Kedlaya: Introduction to Python and Sage worksheet 
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? 
Description
Organizer's mailing list
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