Tables of elliptic curves can be found at the following links:
Curves over -23 discriminant cubic field up to norm conductor 911 arranged by isogeny class
Curves over -23 discriminant cubic field with norm conductor greater than 911
Curves over -31 discriminant cubic field
Curves over -44 discriminant cubic field
Curves over -59 discriminant cubic field
Curves over -76 discriminant cubic field
Curves over -83 discriminant cubic field
Curves over -87 discriminant cubic field
Curves over -104 discriminant cubic field
Curves over -107 discriminant cubic field
I am a fourth-year undergraduate student in mathematics at Amherst College. I was previously a visiting student at Lady Margaret Hall studying mathematics at the University of Oxford. I am interested in number theory and arithmetic geometry.
I use the open-source software Sage for computer-algebra computations and highly recommend it.
During high school, I was very active in science fair competitions -- e.g., the Intel International Science & Engineering Fair, the Intel Science Talent Search, and the International Sustainable World Project Olympiad.
I also study classical guitar with Phillip de Fremery.
E-mail: first initial followed by last name w/o hyphen then append the first abundant number at amherst.edu
Mailing address:1555 Keefe Campus CenterAmherst CollegeAmherst, MA 01002
A Database of Elliptic Curves over ℚ(√5) -- First Report (17 pages), with Jonathan Bober, Alyson Deines, Benjamin LeVeque, R. Andrew Ohana, Ashwath Rabindranath, Paul Sharaba, and William Stein, to appear in Proc. of ANTS-X (2012).
You can find the full table of curves here.
Previously, I worked with Krešimir Josić on modelling neuronal networks with stochastic differential equations as part of an NSF-funded research experience for undergraduates at Rice University and the Gulf Coast Consortia.