elliptic curves

math 4800, fall 2018

tues, thurs 2pm - 3:20pm

jwb 308

rational points on elliptic curves, second edition, by silverman and tate

algebraic number theory, by jarvis

syllabus: pdf

problem sets

homework 1 due thursday, august 30
exercises A.1, A.2, A.3, A.4, A.6, A.8 in appendix A
homework 2 due thursday, sep 6
exercises A.5, A.9 (a) and (b), A.10, A.12, A.16(a), in appendix A
optional supplementary exercise: A.11 (do not turn in)
homework 3 due thursday, sep 13
exercises A.16(a) and (b), 1.1, 1.4, 1.5
homework 4 due thursday, sep 20
exercises 1.7, 1.8, 1.12, 1.13
homework 5 due thursday, sep 27
exercises 1.17, 1.19(d), 2.1, 2.2
homework 6 due thursday, oct 4
2.5(a) and (b), 2.6, 2.10
optional: 2.5(c), 2.3 (a must-do if you are excited about complex analysis)
homework 7 due thursday, oct 18
2.7, 2.8, optional: 2.11 (strong Nagell-Lutz)
for basic terminology on rings and ideals:
Clark's notes: chapter 1, sections 1,3,6,8
homework 8 due thursday, oct 25
4.2, 4.10 (hint: recall that the multiplicative group of a finite field is cyclic, see p. 122 of Silverman-Tate)
homework 9 and final project proposals due thursday, nov 1
Exercise 2.5 and 2.6 on p.25 of Jarvis (Chapter 2)
homework 10 due thursday, nov 8
You should be working on your final project. But if your final project involves algebraic number theory, try Exercise 4.16 on p. 80 of Jarvis.

final presentation schedule

nov 15 - Wei, Chris
nov 20 - Catherine, Stockton
nov 22 - Thanksgiving
nov 27 - John, Sarah
nov 29 - Winston, Wei
dec 4 - AJ, Sriram
dec 6 - finish proof of Mordell's theorem

final projects

AJ Bull:
Galois representations and elliptic curves
Sriram Gopalakrishnan:
modular forms and elliptic curves
John Ludlum:
the Hasse–Minkowski theorem
Sarah Marshall:
Mordell's theorem for curves with 2-torsion
Chris Phillips:
several algorithms using elliptic curves
Winston Stucki:
no torsion points of order 11 on elliptic curves over the rationals
Catherine Warner:
p-adic numbers and the Skolem–Mahler–Lech theorem
Yuhui Yao:
Riemann-Roch theorem for curves


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