1 Billion is Tiny in an Alternate Universe: Introduction to p-adic Numbers Published 2022-08-04 Download video MP4 360p Recommendations 22:17 In 2003 We Discovered a New Way to Generate Primes 17:26 Researchers thought this was a bug (Borwein integrals) 33:06 Mathematicians Use Numbers Differently From The Rest of Us 11:43 Quest To Find The Largest Number 24:14 The Banach–Tarski Paradox 14:47 An Exact Formula for the Primes: Willans' Formula 13:19 The Biggest Project in Modern Mathematics 31:13 Researchers Use Group Theory to Speed Up Algorithms — Introduction to Groups 23:51 Why is this number everywhere? 29:20 The Search for the Longest Infinite Chess Game 20:18 Cursed Units 2: Curseder Units 18:49 How to lie using visual proofs 22:21 Why do prime numbers make these spirals? | Dirichlet’s theorem and pi approximations 38:33 Number Systems Invented to Solve the Hardest Problem - History of Rings | Ring Theory E0 17:05 70 is weird 15:57 Every Infinity Paradox - Explained 26:52 Percolation: a Mathematical Phase Transition 15:39 An amazing thing about 276 - Numberphile 15:05 The Opposite of Infinity - Numberphile 34:29 Wavelets: a mathematical microscope Similar videos 35:06 A slightly unusual introduction to the p-adic numbers 06:10 Wells, Walls, and Weird Numbers: an introduction to p-adics 00:29 #our_story ❤ 15:43 How to Wrangle Infinity (an intro to p-adic numbers) 36:05 p adic numbers. Part 1 of 3: 10-adic integers. 18:20 Intuition for the p-adic metric 06:15 “Introduction to p-adic Numbers” by Madelyn Victoria Andersen 46:41 [ANT15] p-adic integers: a primer, and an application (part 1) 15:21 Why π^π^π^π could be an integer (for all we know!). 00:46 The Strange Number System Where Infinity is Actually Tiny - Explained in 45 Seconds 28:10 Introduction to number theory lecture 20. p-adic numbers. 17:01 What makes a great math explanation? | SoME2 results 12:05 P-adic Long Division 47:56 p-adic numbers. Part 2: p-adic powers More results