GRIDQ · DCGP.AIIEEE 14 · QUBO = ID9 · QAOA p=2 · gold-first

Which lines to build.

Distribution expansion as a 6-bit QUBO on IEEE 14. Same two-local Hamiltonian as ID9. Gold-first Au-197. This is not Polaritron and not a nucleonic orbit.

H = Σ hᵢ xᵢ + Σ Jᵢⱼ xᵢ xⱼ  ·  x = (1−Z)/2  ·  GOV_ANGLE = π/φ  ·  public: application + implication  ·  withheld: nano memory, Polaritron, SVG·CEO·CVP

IEEE 14
6
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Candidate lines

IDPath$MDecision

Linear hᵢ is build cost plus the congestion change of that line alone. Off-diagonals Jᵢⱼ are DC-flow interactions. Do-nothing baseline is E₀.

QUBO coupling

Run to materialize H.

Receipt

Press Run QAOA. Exact 64-state QAOA + brute force on the same H. Then the same circuit is Cirq, QASM, Qiskit, PennyLane, IBM.

Mouths — one H, their stack offered back

Cirq is our QPU. QASM / Qiskit Aer / PennyLane / IBM Runtime are the same two-local QAOA. Not the HQML nucleonic ansatz. IBM uses your saved account; no key is in this page.

Run QAOA to emit the five mouths plus Polariphoton teleport.

GRIDQ receipts · graphs

Polariphoton teleport of C1 witness runs with the QAOA.