# Papers

- Vivian Kuperberg. “Sums of singular series along arithmetic progressions and with smooth weights,” 2023. [arXiv]
- Vivian Kuperberg and Matilde Lalín. “Conjectures of sums of divisor functions in 𝔽
_{q}[*T*] associated to symplectic and orthogonal regimes,” 2022. [arXiv]
- Vivian Kuperberg. “Sums of singular series with large sets and the tail of the distribution of primes,” 2022. [arXiv]
- Vivian Kuperberg. “Odd moments in the distribution of primes,” 2021. [arXiv]
- Vivian Kuperberg and Matilde Lalín. “Sums of divisor functions and von Mangoldt convolutions in 𝔽
_{q}[*T*] leading to symplectic distributions,” 2021. [arXiv]
- Vivian Kuperberg. “On pseudo-polynomials divisible only by a sparse set of primes and α-primary pseudo-polynomials,” 2020. [arXiv]
- Vivian Kuperberg, Brad Rodgers, and Edva Roditty-Gershon. “Sums of singular series and primes in short intervals in algebraic number fields,” 2020. [arXiv]
- Martin Kassabov, Vivian Kuperberg, and Timothy Riley. “Soficity and variations on Higman’s group,” 2017. [arXiv][journal]
- Sameer Kailasa, Vivian Kuperberg, and Nicholas Wawrykow. “Chip-firing on trees of loops,” 2017. [arXiv][journal]
- Robert Connelly, Matthew Funkhouser, Vivian Kuperberg, Evan Solomonides. “Packings of equal disks in a square torus,” 2015. [arXiv][journal]
- Vivian Kuperberg. “Hadamard matrices modulo p and small modular Hadamard matrices,” 2014. [arXiv][journal]

# Teaching and Notes

Here are notes from classes I’ve taken, seminar talks I’ve given, and classes I’ve taught while a counselor at Canada/USA Mathcamp.

## Seminar talks

Disclaimer! These lecture notes may be incomplete, riddled with typos or mathematical inaccuracies, or lacking in citations and references. Please e-mail me with any corrections!

*Odd moments in the distribution of primes,* Fall 2021. [beamer]
*Primes with restricted digits,* at an analytic number theory reading seminar at Stanford, Summer 2020. [pdf]
*Reduced residues and primes in short intervals,* at an analytic number theory reading seminar at Stanford, Summer 2020. [pdf]
*Roth’s Theorem via almost-periodicity,* at an analytic number theory reading seminar at Stanford, Summer 2020. [pdf]
*The distribution of prime numbers and sums of singular series,* area exam, Spring 2020. [beamer]
*Dirichlet’s Class Number Formula, Dirichlet Style,* at Stanford’s Kiddie Colloquium, Winter 2020. [pdf]
*Maass Waveforms,* at an L-functions reading seminar at Stanford, Fall 2019. [pdf]
*Siegel’s Theorem,* at an elliptic curves reading seminar at Stanford, Winter 2019. [pdf]
*Hochschild Homology,* at an Arizona Winter School prep seminar at Stanford, Winter 2019. [pdf]

## Mathcamp classes

Disclaimer! These lecture notes may be incomplete, riddled with typos or mathematical inaccuracies, lacking in citations and references, or just plain silly. Please e-mail me with any corrections!

*How To Count Primes,* Mathcamp 2021. [pdf]
*Dysfunctional Analysis,* Mathcamp 2019. [pdf]
*Wreath Products,* Mathcamp 2018. [pdf]
*Topological Tverberg’s Theorem,* Mathcamp 2018. [pdf]
*Triangulations and Flip-Graphs,* Mathcamp 2018. [pdf]
*Vertex-Transitive Polytopes,* Mathcamp 2017. [pdf]

## Courses

Disclaimer! The lectures behind these notes are due to the professors listed; any typos or mathematical inaccuracies are due to me. Please e-mail me with any corrections!

# Nonacademics

The following is an incomplete list of nonacademic things I’ve been involved with.

- This is the front and back of a shirt I designed with two of my friends for the Mathcamp community after Mathcamp 2013.
- I designed this shirt in 2015 for the Cornell math department.
- Here is a drawing I made (mostly as an undergraduate, but with a recent implementation) of four mutually orthogonal latin squares, as “SET” cards.
- As an undergraduate, I helped organize Math Bake-Offs at Cornell. My submission to the 2017 bake-off (which was voted Prettiest Baked Item) was a Hopf-fibration cake.
- For the 2019 prospective student visit at Stanford, Hannah Larson and I made baked goods. These included cookies with an alternating group action, brownies, and a double torus cake with a figure-eight knot embedded with no crossings on its surface (progress photos here and here).
- In the summer of 2021, I made a toroidal cake with seven colored regions which are all pairwise adjacent.
- I like puzzles and co-wrote the Mathcamp 2018 and Mathcamp 2019 puzzle hunts.