The adjacent structures can comprise hexagons having superconducting control qubits on the edges between the vertices of the hexagons. The adjacent structures can comprise dodecagons having superconducting control qubits on the edges between the vertices of the dodecagons. The adjacent structures can comprise octagons having superconducting control qubits on the edges between the vertices of the octagons. The adjacent structures can comprise rectangles having superconducting control qubits on the edges between the vertices of the rectangles.

One or more aspects are directed towards a superconducting qubit lattice. The superconducting qubit lattice can comprise superconducting qubits, in which the superconducting qubit lattice comprises adjacent structures having vertices connected by edges. The superconducting qubits can be positioned on the vertices. A superconducting qubit connects to not more than three other superconducting qubits.

The adjacent structures can comprise hexagons, dodecagons or octagons. The superconducting qubit can indirectly connect to the not more than three other superconducting qubits via a coupling superconducting qubit. A first superconducting qubit can connect to a second superconducting qubit via a coupling superconducting qubit on an edge between the first superconducting qubit on a first vertex and the second superconducting qubit on a second vertex.