A dynamo, not a flywheel.

The rotor turns inside the 84-atom Kagome stator ring and its 12 stator poles, and the engine turns that motion into output power. A flywheel only stores energy. This machine generates it. Every number on this page comes live from the same public engine endpoints the Atlasaurus Rex console uses.

On this page: power generation

84-atom Kagome stator and its 12 stator poles
42² = 1,764 rotor and the 42-wide spine
320-circuit Kerr-Newman swarm (3,562 instances)
Output power, Lopez-Carnot efficiency, Q, fidelity, obligation

On the propulsion side, not here

Thrust, NSTAR comparison, Mars transit
Cavitation array force and the N² nozzle plume
1500³ warp fold
Open the propulsion console →

Live cross-section

2D · 12 poles · 84 atoms · 42 rotor bars

A top-down view through the machine's mid-plane. The purple core is the 42² rotor, and its 42 bars sweep past the 12 gold stator poles. Around them sit the 28 Kagome triads, 3 sites each, for 84 atoms. Each time a rotor bar crosses a pole, that pole's winding lights up.

The outer arc traces the engine's output power series from /api/lopez-quantum-turbine, point by point, with the live cursor on the current sample.

ROTOR 42²→12 STATOR POLES→84-ATOM KAGOME→P_total OUT

Current sample

—

of the engine power series

P at sample

—

kW, series value

η at sample

—

Lopez-Carnot

Power generation

GET /api/lopez-quantum-turbine

Output power P_total (kW)—

Lopez-Carnot efficiency (%)—

Governed fidelity F—

log₁₀ SNR compounding—

P_in = Φ_solar · π(D/2)² dO/dt = ηG − λ_d·O η_Lopez ≤ 85% Q(Φ) = Φ^α α = 1.4, Φ_c = 0.431 P_total = P_stage · N² P_stage = P_in · η · Q

The stator: 84-atom Kagome ring

aquila_84a · [[84,2]] cell

Atoms

28 triads × 3 basis sites

Stator poles

gold ring, console mode 2

62.4 × 58.5 µm

≤ 75 × 76 µm Aquila window

Blockade radius

8.42 µm

8.367 µm in the 199Au projector

Rydberg C₆

862,690·2π

MHz·µm⁶

Cell code

[[84, 2]]

82 stabilizers: 56 Z + 24 X + 2 Ch

Distances

d_X 6 · d_Z 14

1 data L + 1 K_Au witness

Processor

QuEra Aquila

256-atom neutral-atom AHS

Pairing

q[i] ↔ q[i+42]

i = 0 … 41 · 42 couplings

The stator is a corner-sharing Kagome lattice of 84 neutral atoms, set out as 28 triangular triads with 3 basis sites each. It sits in a 62.4 × 58.5 µm register. The 12 gold stator poles from the console's stator-rotor mode ring the rotor inside it.

The register's own rescue circuit pairs the two halves of the lattice: each of the first 42 atoms is rotated and entangled with its partner 42 places away. That is the same 42 that sets the rotor's 42² crown.

// arex_84_2_cell_rescue.qasm qubit[84] q; for int i in [0:41] { h q[i]; ry(1.94161103873) q[i]; cx q[i], q[i+42]; }

The rotor: 42² = 1,764

sparse_cell_1500_cubed

The rotor is the 42-wide teleportation spine of the 1500-cell axis, with 729 cells on each side. Squared, it gives the 1,764-point crown. The 3D view draws all 1,764 points as a 42 × 42 shell, and the 2D view draws its 42 bars.

729 + 42 + 729 = 1500

The two 729-cell chambers are the twin haunches (729² each). Together they make the three-fold cord E_RL that the rotor spins between.

The swarm: 320-circuit Kerr-Newman

GET /api/aural-stack · swarm_topology_320

The swarm drives the rotor. It has 320 circuits, 160 P27 and 160 P28, all firing at once on a Kerr-Newman canvas and spread across 3,562 parallel instances. Most circuits run 11 instances, and 42 of them run 12.

In the 3D view, the 320 circuits are bright cyan particles that frame-drag around the rotor. On capable devices, the full 3,562 instances fill the cloud behind them.

(320 − 42) × 11 + 42 × 12 = 3,562

Sources

/api/lopez-quantum-turbine: output power, efficiency, Q, fidelity, obligation, SNR series, sparse-cell 42² / 729 values, Paper 41 mode C
/api/aural-stack: swarm_topology_320 (circuits, instances, agents)
84-atom Kagome register: aquila_84a family (api-boulevard) and the 199Au Kaluza-Klein projector
12-pole stator ring and 42² rotor geometry: Atlasaurus Rex console, mode 2 · STATOR-ROTOR (84A / 42²)

The animation speed is a visual mapping of the live η·Q. It is not a measured shaft speed.