Each one drawn from the ring of integers of a complex number field. Every edge marks two points exactly one apart — forced by algebra, not placed by hand. The same construction at the heart of modern Erdős results.
Connect a Solana wallet, burn the current tier price, and a random lattice lands in your wallet in about 30 seconds.
No two pieces are alike, yet none are arbitrary. Each is the unit-distance graph of a number field's ring of integers.
Points are integer combinations of a field's basis: a + bi + cρ + diρ. Intersect with a window, project to the plane.
Connect every pair of points at distance exactly 1. The field's algebraic symmetry forces thousands of these — the quasicrystal structure emerges on its own.
Six number fields give six symmetry signatures — 4, 5, 6, 8, and 12-fold. Gaussian grids, Penrose blooms, octagonal stars, dodecagonal rosettes.
| # | Wallet | $ERDOS |
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| — | loading… | — |
| Time | Burner | Minted |
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| — | waiting… | — |