The Mosaic Problem - How and Why to do Math for Fun
This video is about the benefits of having your own math problem on the backburner. I discuss these benefits in the context of the mosaics problem. The purpose of the video is to motivate prospective math students to pick up their pencils and give a problem a try. I also show some cool formulas. This is my submission for the Summer of Math Exposition Contest for 2023 (#some3). Special thanks to Kim for providing the excellent hand-drawn animations in this video. *This video is intended for students that have taken an introductory calculus course. Sections -------------------------------------------------------- 0:00 Who cares? 0:30 Backburner Problems 1:51 Introducing My Problem 2:58 My Initial Work 7:53 Course I: Probability 8:25 Course II: Intro To Programming 9:15 Course III: Combinatorics 15:34 Further Questions 17:19 Outro Links to Suggested Reading -------------------------------------------------------- https://www.semanticscholar.org/paper... https://www.researchgate.net/publicat... Links to Sources -------------------------------------------------------- https://arxiv.org/abs/1806.09717 https://oeis.org/A002931

Minimal Inscribed Polyominos

The Strange Math That Predicts (Almost) Anything

Percolation: a Mathematical Phase Transition

Addition, multiplication, ... what comes next? (It's not exponents)

Meet the Stirling Numbers! (of the 2nd kind)

What Happens If We Add Fractions Incorrectly? #SoME3

The Essentials of Problem Solving

The math of saving the Enola Gay #SoME3

How did the Ancient Egyptians find this volume without Algebra? #SoME3

Chasing Fixed Points: Greedy Gremlin's Trade-Off | #SoME3 #uniinnsbruck

The Biggest Project in Modern Mathematics

The Most Misunderstood Concept in Math

The Magic of Zero-Knowledge Proofs #SoME3

Why don't they teach simple visual logarithms (and hyperbolic trig)?

The Verhoeff-Gumm Check Digit Algorithm #SoME3

What Is Disrupting GPS Over The Whole Of Europe?

One Formula That Demystifies 3D Graphics

Terence Tao's Central Limit Theorem Proof, Double Factorials (!!) and the Moment Method #SoME3

Putting Algebraic Curves in Perspective

