Five-qubit code [[5,1,3]] on QCCD — every architecture, ranked

Pick a measure to rank by; click a dot to open a design.

About this board

One syndrome-extraction round of the Five-qubit code [[5,1,3]] compiled onto every architecture, shipped and from the study's families; the circuit checked in stim to measure exactly the code's stabilizers, every program checked against the 20 rules and, where it passed, by the proved Lean checker (R10). Each dot is a design; pick what to rank by, click a dot for its numbers and the steps in the design tool where each claim can be checked.

Click a dot to see the design's numbers, its claim, and the steps to check it on.
Submit a design

Coloured dots are submitted designs, each credited.

Disqualified — not ranked

Not ranked: each breaks a rule or the task’s hardware budget.

designfamilybreaksR10
Five-qubit code [[5,1,3]] on grid5x5 — a small planar lattice
40 traps on the wires of a 5x5 junction grid
latticeover budget: dacs 1600 > max_dacs 128passed
Five-qubit code [[5,1,3]] on the code's Tanner graph as the machine
a hub per check and per data qubit, a contact trap on every Tanner edge: every contact one hop
random graphR19 R20 R21 over budget: dacs 1000 > max_dacs 128passed
Five-qubit code [[5,1,3]] on torus 4x4 — a periodic lattice
every row and column a closed loop, 32 traps
torusR20 R21 over budget: dacs 1280 > max_dacs 128passed
Five-qubit code [[5,1,3]] on grid9x9 — the baseline lattice
traps on the wires of a 9x9 junction grid
latticeover budget: dacs 5760 > max_dacs 128passed
Five-qubit code [[5,1,3]] on random 4-regular graph, 16 junctions
32 traps on a random expander: short paths, no drawing
random graphR20 R21 over budget: dacs 1280 > max_dacs 128passed
Five-qubit code [[5,1,3]] on cylinder 6x4 — four concentric rings with spokes
the torus drawn as a chip: 42 traps, no crossings
torusover budget: dacs 1680 > max_dacs 128passed
Five-qubit code [[5,1,3]] on chain — a line of traps
one linear trap
lineover budget: dacs 1728 > max_dacs 128not run