# Topics in elliptic curves over finite fields

First of all, sorry if I didn't put this question in the correct category.

This a paper aimed for undergraduate math majors. So I am writing a general paper explaining about elliptic curves over finite fields for my senior undergraduate project. After summarizing the main topics in elliptic curves over finite fields I want to focus on the cryptographic applications since I have an interest in cryptography. However this topic isn't easy for me to understand and so I want to make sure I am including all the important things relating to my topic. So here are some important things I think I should include:

• Weierstrass Equation
• Hasse's Theorem
• How to add points on Elliptic Curves
• Frobenius Endomorphism
• Schoof's Algorithm & SEA
• Weil Conjectures
• Riemann Hypothesis
• Zeta Function
• Sato-Tate Conjecture
• Elliptic Curve Cryptography (ECC) (as well as a short explanation of public key cryptography)
• Elliptic Curve Discrete Logarithm Problem (ECDLP)
• Elliptic Curve ElGamal example
• Supersingular Curves

Some things I am not sure about:

• Mentioning specifically curves of characteristic 2

Is there anything from my list that I shouldn't include in my paper or is there any important topic I am missing? Also if you know of any good reference material that would be greatly appreciated!

I have two of Silverman's books, the arithmetic of Elliptic Curves and Rational Points over Elliptic Curves as well as some books on elliptic curve cryptography and some other scholarly articles on various topics.

• I have no idea how the Riemann hypothesis bears upon cryptography. Will your paper explain that? ${}\qquad{}$ May 1, 2015 at 17:49
• @MichaelHardy Well I don't know...but isn't it important in elliptic curves? this is not a paper about cryptography, but a paper about elliptic curves over finite fields, like a general summary. I just decided to include some cryptographic elements as well May 1, 2015 at 17:53
• Depending on how much detail you are expected to give that looks like anything between 50 and 500 pages. Are you sure the target audience is average math majors? :-) May 4, 2015 at 13:16
• Is it possible that you upload this paper and post a link? I am highly interested in these topics.
– Marm
Oct 26, 2015 at 17:11