Sums of random multiplicative functions over function fields with few irreducible factors
Daksh Aggarwal, Unique Subedi, William Verreault, Asif Zaman, Chenghui, Zheng

TL;DR
This paper proves a normal distribution approximation for sums of random multiplicative functions over function fields, specifically when polynomials have few irreducible factors, extending Harper's results from integers to function fields.
Contribution
It introduces a normal approximation result for partial sums of random Rademacher multiplicative functions over function fields with limited irreducible factors, a novel extension of existing integer-based work.
Findings
Normal approximation established for sums over function fields
Applicable when polynomials have few irreducible factors
Extends Harper's results from integers to function fields
Abstract
We establish a normal approximation for the limiting distribution of partial sums of random Rademacher multiplicative functions over function fields, provided the number of irreducible factors of the polynomials is small enough. This parallels work of Harper for random Rademacher multiplicative functions over the integers.
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Taxonomy
TopicsAnalytic Number Theory Research · Coding theory and cryptography · Mathematical Dynamics and Fractals
