Grant Molnar

AI/ML Engineer

"The first step to solving a problem is having a problem."
—Joshua Edgel

Publications

[1505.00085] [Link] Graphs with the strong Havel-Hakimi property (with Michael Barrus), Graphs and Combinatorics 32, 1689–1697 (2016).
[1709.10023] [Link] Zagier duality for level p weakly holomorphic modular forms (with Paul Jenkins), The Ramanujan Journal 50, 93–109 (2019).
[2006.10697] [Link] Odd, spoof perfect factorizations (with the BYU Computational Number Theory Group), Journal of Number Theory 234 31-47 (2022).
[2012.14403] [Link] The arithmetic of modular grids (with Michael Griffin and Paul Jenkins), Mathematika 68, 1080-1119 (2022).
[2302.13909] [Link] Reactive means in the Iterated Prisoner's Dilemma (with Caroline Hammond and Feng Fu), Applied Mathematics and Computation 458, 128201 (2023).
[2212.11354] [Link] Counting elliptic curves over the rationals with a 7-isogeny (with John Voight), Research in Number Theory 9, 75 (2023).
[2301.10302] [Link] A database of basic numerical invariants of Hilbert modular surfaces (with Eran Assaf, Angelica Babei, Ben Breen, Edgar Costa, Juanita Duque-Rosero, Aleksander Horawa, Jean Kieffer, Avinash Kulkarni, Sam Schiavone, John Voight), Contemp. Math., vol. 796, 2024, Amer. Math. Soc., Providence, RI, 285–312.

[2105.04592] Telescopic, multiplicative, and rational extensions of summations (with Robert Dawson), preprint.
[2111.09938] Multiplicative summations into algebraically closed fields (with Robert Dawson), preprint.
[2409.17076] Positive spoof Lehmer factorizations (with Guntas Singh), preprint.

[Link] The arithmetic of modular grids, Master's Thesis in Mathematics from Brigham Young University (2018).
[Link] Counting elliptic curves with a cyclic $m$-isogeny over $\mathbb{Q}$, PhD Thesis in Mathematics from Dartmouth College (2023).

[2102.12995] Fast-growing series are transcendental (with Robert Dawson), unpublished.
[Link] Minimalist practical numbers, unpublished.