Alex Cowan
Email: alex.cowan@uwaterloo.ca
About
I'm a postdoc working with Michael Rubinstein and Jerry Wang. I'm interested in analytic number theory, computational number theory, and arithmetic statistics.
Previously, I was a research scientist at Harvard, working with Noam Elkies and the Simons Collaboration on Arithmetic Geometry, Number Theory, and Computation.
I did my PhD with Dorian Goldfeld.
I'm on the job market. Here is my CV, my research statement, and my teaching statement.
Teaching
Papers and preprints
- The relative entropy of primes in arithmetic progressions is really small. [arXiv]
- On the mean value of GL1 and GL2 L-functions, with applications to murmurations. [arXiv]
- Murmurations and ratios conjectures. [arXiv]
Slides 1
Video 1,
Slides 2
Video 2 (passcode: #^35#N3Lrq)
- Conductor distributions of elliptic curves. [arXiv]
- Generic models for genus 2 curves with real multiplication, with Frengley and Martin [arXiv]
- Murmurations and explicit formulas. [arXiv]
- A twisted additive divisor problem. [arXiv] Journal of Number theory 2025
- Paired comparisons for games of chance. [arXiv]
- Counting modular forms by rationality field, with Martin [arXiv]
- Moduli for rational genus 2 curves with real multiplication for discriminant 5, with Martin [arXiv] Journal de Théorie des Nombres de Bordeaux 2024
- Computing modular forms using supersingular isogeny graphs.
Data and code [arXiv]
Research in Number Theory 2022
Data on the LMFDB,
Video
Slides
- Non-random behaviour in sums of modular symbols. [arXiv] International Journal of Number Theory 2022
- Conjecture: 100% of elliptic surfaces over Q have rank zero. [arXiv] Arithmetic Geometry, Number Theory, and Computation 2021
- The distribution of multiples of real points on an elliptic curve. [arXiv] Journal of Number theory 2020
- Constants in Titchmarsh divisor problems for elliptic curves, with Bell, Blakestad, Cojocaru, Jones, Matei, Smith, and Vogt [arXiv] Research in Number theory 2020
This page was last updated 2025/07/29.