Peano Curve Unisex T-Shirt — Berry
Giving it as a gift? Print its story card to tuck in with it.
The first curve discovered that could fill a square.
In 1890 Giuseppe Peano startled mathematicians with a curve that passes through every point of a square: a line that fills an area. His curve cut the square into nine smaller squares, snaking through them in an S, repeating the same process again and again, forever.
This print shows a curve built on these rules at several levels of recursion.
A year later David Hilbert found his own version with four squares instead of nine.
Computers use space-filling curves like this one to store maps, images and databases because this process keeps neighboring things side by side.
Who it’s for
Space-filling curves sit inside the software that runs maps and databases, keeping nearby places together in memory so searches stay fast. Made for data engineers, GIS analysts, software developers and computer scientists.
Made to be noticed: a bold print in a relaxed unisex cut, for conferences, concerts, weekends, and anywhere a good conversation might start.
Love this design? Make it yours.
Your colours, your occasion: a keynote, a wedding party, matching shirts for your team. We'll create it with you, made just for you.
Custom colours from US$150 · new designs from US$500
Start a custom order →The Unisex T-Shirt
- Lightweight polyester with a soft, cotton-like hand. Quick-drying, relaxed unisex fit: size down for a closer fit.
- Wash by hand or on a gentle cycle. Hang to dry, no bleach, cool iron.
- Not quite the right fit? Tell us within 30 days and we’ll make it right.
Size guide
Measurements around the body, in cm (inches). Allow 1–3 cm either way.
| Size | Length | Chest | Sleeve | Shoulder |
|---|---|---|---|---|
| S | 68 (26.8) | 106 (41.7) | 16.5 (6.5) | 44 (17.3) |
| M | 70 (27.6) | 110 (43.3) | 17 (6.7) | 45.5 (17.9) |
| L | 72 (28.3) | 115 (45.3) | 17.5 (6.9) | 47.3 (18.6) |
| XL | 74 (29.1) | 120 (47.2) | 18 (7.1) | 49.1 (19.3) |
| 2XL | 76 (29.9) | 125 (49.2) | 18.5 (7.3) | 50.9 (20.0) |
Every Zenzicube design is grown from a real piece of mathematics. Find more in the Mathematical Menagerie.