Detuning-scan data · default runs & uploaded results
| Mode freq. ωm/(2π) | 1.3 MHz |
| Thermal ⟨n⟩ | 0.001 |
| Eff. η | 0.397 |
| Rabi rate Ω/(2π) | 0.300 MHz |
| Eff. carrier Rabi | 0.277 MHz |
| Fock Nmax | 30–40 |
| Stroboscopic pulses | 22 |
Default runs use unitary evolution (no decoherence) and infinite statistics (no projection noise). Run your own simulation with custom parameters on the Simulate Code page, then view results here via Upload.
Default runs use Nmax = 30 (α = 0–3) or 40 (α = 5). All converge well below 1% Fock boundary population — well within the green (OK) threshold.
View default simulation runs or upload your own JSON from the Simulate Code page.
Displaced coherent states at α = 0, 1, 3, 5, plus sideband zoom and fine-grid runs. Click to load and plot.
Select a dataset above to view the detuning spectrum.
Each JSON file contains a manifest (parameters, provenance SHA-256 hash, convergence diagnostics) and a data object with arrays: detuning, sigma_x, sigma_y, sigma_z, coherence, entropy. Files from runs with projection noise additionally include noisy_sigma_* and err_sigma_*.
Generate your own results on the Simulate Code page, or use the downloadable Python/QuTiP script for batch runs.