This record contains the complete data, code, figures, and sealed manifests for the CIIL v4 QED Full registered exploratory study. The study presents a comprehensive preregistered quantum characterisation of the Constraint Induced Identity Locking (CIIL) cascade operating in a physically grounded cavity-optomechanical system parameterised by the Teufel et al. (2011) aluminium drumhead experiment and the Wilson et al. (2011) Dynamical Casimir Effect circuit. Seven distinct mechanical drive geometries (V-types) at matched mean energy are characterised using the linearised quantum Langevin equation framework the standard theoretical formalism of cavity optomechanics across three independent pre-declared random seeds (42, 1234, 99999), with 200 trajectories per V-type per seed and 40+ physical observables per run spanning the vibration (V), photon field (L), and DCE threshold (M) regimes. Principal findings: Nine of twelve pre-declared hypotheses pass in every seed. The null separation partition four V-types with temporal modulation structure cleanly distinguished from the structural null, three falling inside the null distribution reproduces identically across all three seeds. The cascade burden δk*L spans a 3. 05-fold range from the stochastic broadband (V5) to the multi-harmonic (V4) drive geometry, and the downstream DCE pair production rate spans an 18-fold range over the same V-types at identical cooperativity and temperature. A previously unrecognised inverse relationship between spectral transfer efficiency H (ωm) and cascade burden quantifies the cavity's bandpass-filtering role in the V→L transition. The two hypothesis failures (zero logarithmic negativity EN and near-zero DCE squeezing rₛq) are physically explained by the thermal bath dominance at the reference operating point (n̄ₜh = 29. 1 at 15 mK, C = 100) and sub-threshold DCE operation respectively; both are consistent with the correct predictions of the Vitali–Serafini Lyapunov formalism and the Johansson et al. parametric amplification formula. Pre-registration: SHA-256 17b9fafce8f939191883222ae909c404830290fb4dd8eb0d021bf269f3de671e, timestamped and sealed prior to all paper-mode runs. Archive contents: ciilᵥ4qedfull. py — complete simulation code resultsV1-8full. json × 3 seeds — per-V-type results including full bootstrap distributions for all 40+ observables manifestfull. json × 3 seeds — sealed SHA-256 manifests with finalization timestamps sweepC. csv, sweepT. csv — cooperativity and temperature sweep data sweepdce. json — DCE threshold structure sweep across four decades ciilᵥ4fullₛeed42|1234|99999. csv — full trajectory-level data figV1-8full. png — 8-panel diagnostic figures per V-type per seed figₛweeps. png, figcrossᵣegime. png, figₕypothesisᵥerdicts. png — summary figures CIILᵥ4fullₚreregistration. pdf — sealed pre-registration document ciilᵥ4ₚaper. pdf / ciilᵥ4ₚaper. tex — full manuscript with LaTeX source Reproduction: python ciilᵥ4qedfull. py --paper --seeds 42 1234 99999 Physical system: Teufel et al. (2011) Nature 475, 359 | Wilson et al. (2011) Nature 479, 376 | Aspelmeyer et al. (2014) Rev. Mod. Phys. 86, 1391 Prior CIIL records: doi: 10. 5281/zenodo. 18147637 | doi: 10. 5281/zenodo. 19679200 | doi: 10. 5281/zenodo. 20031363
Kearon Allen (Wed,) studied this question.