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Sizes of Pre-Images of the Minimal Euclidean Function on the Gaussian Integers

Hester Graves

Abstract

In 2023, the author presented the first computable minimal Euclidean function for a non-trivial number field. Along with a formula for $φ_{\mathbb{Z}[i]}$, the minimal Euclidean function on the Gaussian inteers, the same paper introduced a geometric description for $φ_{\mathbb{Z}[i]}^{-1}([0,n])$. This paper uses that construction to prove formulas for the size of the function's pre-images, or $|φ_{\mathbb{Z}[i]}^{-1}([0,n])|$.

Sizes of Pre-Images of the Minimal Euclidean Function on the Gaussian Integers

Abstract

In 2023, the author presented the first computable minimal Euclidean function for a non-trivial number field. Along with a formula for , the minimal Euclidean function on the Gaussian inteers, the same paper introduced a geometric description for . This paper uses that construction to prove formulas for the size of the function's pre-images, or .
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