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arXiv:1711.04062cs.CR

Mathematics of Isogeny Based Cryptography

Luca De Feo

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Abstract

These lectures notes were written for a summer school on Mathematics for post-quantum cryptography in Thiès, Senegal. They try to provide a guide for Masters' students to get through the vast literature on elliptic curves, without getting lost on their way to learning isogeny based cryptography. They are by no means a reference text on the theory of elliptic curves, nor on cryptography; students are encouraged to complement these notes with some of the books recommended in the bibliography. The presentation is divided in three parts, roughly corresponding to the three lectures given. In an effort to keep the reader interested, each part alternates between the fundamental theory of elliptic curves, and applications in cryptography. We often prefer to have the main ideas flow smoothly, rather than having a rigorous presentation as one would have in a more classical book. The reader will excuse us for the inaccuracies and the omissions.

arXiv comments
Journal reference
DOI
Subjects
cs.CRCryptography and Security math.NTNumber Theory

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  1. LaTeX TikZ for Cryptographers 1 comment
    • I wish I had known about this when I was writing my dissertation. This looks reasonably complete for a lot of the mathematical diagrams in cryptography. It would be nice if the supersingular isogeny support included more diagrams than just the Diffie Hellman key exchange…

      throwawaymathView on HNParent context

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