| What P vs NP is actually about | #1 |
| What School Didn't Teach You About Mazes | #2 |
| How To Make a Computer Create Something Beautiful: String Art | #3 |
| Programming with Math: The Lambda Calculus | #4 |
| Why is this "Fundamental" to arithmetic? | #5 |
| Latent Space Visualisation: PCA, t-SNE, UMAP | Deep Learning Animated | #6 |
| How to Calculate 1^3 + 2^3 + ... + 100^3 By Hand | #6 |
| Penrose Tilings from Five Dimensions | #7 |
| How Many Symmetries Are There | #8 |
| Can You Beat The Demon At His Table Game? | #8 |
| The 4D Julia Set | #9 |
| The algorithm that (eventually) revolutionized statistics | #9 |
| An entire physics class in 76 minutes | #9 |
| The Basics of Circular Motion (and Beyond)! | #9 |
| This star almost broke Bohr's atomic model | #10 |
| How good is Advantage in D&D? | #11 |
| Why Quaternions (4d numbers) are useful | #12 |
| Eisenstein Primes Visually | #13 |
| How many times do you ACTUALLY need to shuffle? | #14 |
| The Moebius function | #15 |
| Hypergraphs and Acute Triangles | #16 |
| Everything You Need to Know About the Double Pendulum | #17 |
| Bresenham's Line Algorithm - Demystified Step by Step | #18 |
| Fibonacci Nim - Play Zeckendorf First? | #19 |
| What is Diffusivity? (Why does it keep showing up? Why do they have the same units?) | #20 |
| these compression algorithms could halve our image file sizes (but we don't use them) | #21 |
| The Matrix Transpose: Visual Intuition | #22 |
| AI Powered Next-Gen Graphics Rendering || Watch a Cybertruck Come to Life! | #23 |
| Writing Software to Solve This One Taskmaster Task | #24 |
| Visualizing 4D Pt. 1 | #25 |
| when you don't know the answer | #26 |
| A beautiful example of double counting | #27 |
| Differential equations & the Lotka-Volterra rules | #28 |
| Zorn's Lemma Demystified | #29 |
| Graph Traversal Algorithms | #30 |
| Finite Element Method Explained in 3 Levels of Difficulty | #31 |
| The 1/3-2/3 Conjecture | #32 |
| Carving the Column [Mapping a Grid onto a Curved Surface] | #33 |
| The Math for Folding Origami | #34 |
| What Is UNIFORM Convergence ? Why Do We Care ? | Episode 1 - Sequences Of Functions | #35 |
| So you're tired of drawing free-body diagrams | #35 |
| The ALMOST Perfect Numbers | #36 |
| Probability "Paradoxes" Explained with Common Sense | #37 |
| Brent’s Method of Finding Roots and Inverse Functions | #38 |
| What do Lifeguards, Lasers, and Archery Fishing Have in Common? | #38 |
| Make Better Decisions With Less Data - Bayesian Statistics (Part 2) | #39 |
| Is My Dad Cheating? | #39 |
| Entropy Actually Explained [Machine Learning | Information Theory] | #40 |
| Randomly playing chess | #41 |
| The Geometry of AI Minds in Superposition (By Anthropic): Visually Explained | #42 |