17 Squares In A Larger Square
Published July 28, 2026
Also known as: Optimal Packing of 17 Equal Squares Into Larger Square
17 Squares In A Larger Square is a math meme based on the optimal known packing of 17 equal squares into a larger square, a configuration so asymmetric and ugly that it struck internet users as almost offensive. The image first gained traction on Twitter in December 2021 before going properly viral in February 2023, sparking jokes about God's design choices and the inherent chaos lurking beneath mathematics.
Overview
The meme centers on a single diagram showing the most compact known arrangement for fitting 17 unit squares inside a larger square. Unlike the tidy 4×4 grid that solves the 16-square version, the 17-square solution looks like a jigsaw puzzle gone wrong. One square sits at a tilted angle, breaking all symmetry, and the whole configuration feels deeply unsettling despite being mathematically correct1. The joke writes itself: how could the universe's underlying math produce something this ugly?
What makes it especially funny is the contrast with neighboring solutions. The packings for 16 and 18 squares both look clean and orderly. Seventeen sits right between them like a cursed middle child2.
Origin & Background
How It Spread
How to Use This Meme
The 17-square packing meme typically works in a few ways:
- Existential math horror: Post the diagram alongside reactions expressing discomfort, cosmic dread, or comedic outrage at the universe's design. - Comparison format: Show the clean 16-square grid next to the chaotic 17-square packing to highlight the contrast. - God's design joke: Frame the asymmetry as evidence of divine laziness, malice, or a glitch in reality. - Relatable analogy: Compare the packing to everyday frustrations like loading a dishwasher, fitting luggage in a trunk, or organizing furniture in a small room.
The meme works best when it leans into the gap between mathematical perfection and aesthetic ugliness. The humor comes from the fact that this isn't wrong or sloppy. It's the *best* solution, and it still looks like a mistake.
Cultural Impact
Fun Facts
No one has proven that Bidwell's 1998 arrangement is actually the optimal solution for 17 squares. It's just the best one anyone has found so far1.
The packings for 16 squares (4×4 grid) and 25 squares (5×5 grid) are trivially obvious, making 17's chaos feel even more jarring2.
@KangarooPhysics also noted that symmetric arrangements for 17 squares exist but are less space-efficient than the tilted version2.
The Medium article's author credited @TetraspaceWest's tweet as the spark that led them to research the problem1.