Pi hiding in prime regularities
What it is
3Blue1Brown shows how pi emerges from prime numbers via complex numbers and sums of squares, culminating in a formula for approximating pi.
Why Hacker News recommends it
Praised as a beautiful, understandable proof and a favorite among 3Blue1Brown videos.
- 3 people recommended it
- 3 different months
- 2 strong recommendations
- first 2017, last 2019
What HN commenters said
“This is a really beautiful proof that connects complex numbers and primes to derive a formula for calculating pi.”
Beautiful, accessible proof connecting complex numbers and primes to pi.
pqh, 2017-11 · Strong recommendation · in “The Exterior Algebra and Central Notions in Mathematics (2015) [pdf]”
“My favorite video is”
Favorite 3Blue1Brown video; beautiful, understandable mathematics.
zerb, 2018-02 · Strong recommendation · in “Physics Travel Guide: a tool that makes learning physics easier”
“I think it'll give you a very intuitive grounding for 1) why integers have unique polynomial representations”
Intuitive grounding for polynomial representations and semiprime factorization.
throwawaymath, 2019-01 · Recommendation · in “Mathematicians Seal Loophole to Breaking RSA Encryption”
Excerpts from Hacker News comments, linked to the originals. Summaries and labels were written by a language model from those comments.
Topics: pi, prime numbers, complex numbers, gaussian integers, 3blue1brown
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