RSSAmplifier

Elliot Kienzle · Mar 21, 2026

Gaussian periods

0
Sign in to vote or save

This page cannot be shown here. You can still read it on the original site — the toolbar below keeps your place in the directory.

Does not work on mobile! please play on desktop sorry --> Gaussian periods n = ω = Colorize Color modulus Suppose that $\omega, d$ and $n$ are positive integers satisfying $\omega^d \equiv 1 \mod n$. A Gaussian period is a function $\sigma^{\mathbb{Z}/n}_{\langle\omega\rangle}: \mathbb{Z}_n \to \mathbb{C}$ defined by the exponential sum of the powers of $\omega$:…

Read on /code/gaussian

Comments

Nothing yet. Say the first thing.

    Sign in to join the conversation.