| The Mathematics of String Art | #1 |
| The Math of Bubbles // Minimal Surfaces & the Calculus of Variations #SoME3 | #2 |
| Crafting a Better Shader for Pixel Art Upscaling | #3 |
| Rethinking the real line #SoME3 | #4 |
| The math of saving the Enola Gay #SoME3 | #5 |
| The Most Mind-Blowing Aspect of Circular Motion | #6 |
| Watching Neural Networks Learn | #7 |
| Mathematical Magic Mirrorball #SoME3 | #8 |
| How did the Ancient Egyptians find this volume without Algebra? #SoME3 | #9 |
| Making a Pitch Shifter | #10 |
| The Mosaic Problem - How and Why to do Math for Fun | #11 |
| When CAN'T Math Be Generalized? | The Limits of Analytic Continuation | #12 |
| Chasing Fixed Points: Greedy Gremlin's Trade-Off | #SoME3 #uniinnsbruck | #13 |
| What Happens If We Add Fractions Incorrectly? #SoME3 | #14 |
| Rotation + Translation = Rotation. Animated proof | #SoME3 | #15 |
| The Longest Increasing Subsequence | #16 |
| How Infinity Works (And How It Breaks Math) | #17 |
| Affording a Planet With Geometry | #18 |
| The Art of Linear Programming | #19 |
| Can you guess a shape from its shadows? | #20 |
| Signed Distance Functions & Ray-Marching | #21 |
| Unveiling Connections between Mathematical Constants: The Conservative Matrix Field | #22 |
| The Essence of Multivariable Calculus | #SoME3 | #23 |
| Are Elo Systems Overrated? Everything you wanted to know about Rating Systems — #SoME3 | #24 |
| Mate-in-Omega, The Great Phenomenon of Infinite Chess | #25 |
| The Magic of Zero-Knowledge Proofs #SoME3 | #26 |
| The flaw in every voting system | #27 |
| Intervals and Resonance | Chapter 2, Essentials of Music | #28 |
| The Dynamic Doubling Map | #29 |
| Leonhard Euler meets genome sequencing | #30 |
| How mathematicians tie their shoelaces | #31 |
| The Tau Manifesto - With Michael Hartl | #32 |
| The Fibonacci Music Box (#SoME3) | #33 |
| A problem so hard even Google relies on Random Chance | #34 |
| What do hats have to do with Euler's number? | #35 |
| Using Fractals to Deliver Babies | #SoME3 | #36 |
| The unintuitive nature of Nash equilibrium #SoME3 | #37 |
| The Musical Instrument Unlike All Others | #38 |
| The two points that lie on every circle (???) #SoME3 | #39 |
| The Magic of Network Flows | #40 |
| Buckingham Pi Dimensional Analysis - simplifying problems by eliminating units | #41 |
| Nicer Trees Spend Fewer Bytes: compressing 12947 Wordle words into 12155 bytes | #42 |
| Coordinate Spaces for 2D Game Developers | #43 |
| How subtraction makes the universe more robust | #SoME3 | #44 |
| The Building Blocks of Electronic Sound | #45 |
| The Rabbit Counting Rabbit Hole | An Ancient Math Problem | #46 |
| The Problem with Gradient Descent #SoME3 | #47 |
| The Dream: Riemann Hypothesis and F1 (RH Saga S1E1) | #48 |
| Group Theory with the Symmetron: Axioms, Subgroups and Quotient Groups | #49 |
| How to stretch a colormap to infinity? | #50 |