STATUS: PASS_CONTROL_CHALLENGE
LOCK VERIFIED: TC_CLOSURE_LOCK_v001
Metric SHA256: 06344c8641aa14e6663cc3cba65d86fcdb9e37857909e85da6bc0d689e5b2553

SELECTED CONTROLS
perfect_2T: q0=2, C2=1.000000, family=1.000000, shuffle p=0.004975
noisy_2T_sigma_0p20: q0=8, C2=0.825999, family=0.455458, shuffle p=0.004975
damped_2T_gamma_0p10: q0=2, C2=0.191644, family=0.117976, shuffle p=0.054726
iid_random: q0=8, C2=0.253810, family=0.008827, shuffle p=0.497512
logistic_period2_r3p20: q0=2, C2=1.000000, family=0.213201, shuffle p=0.004975
logistic_period4_r3p50: q0=4, C2=0.909579, family=0.222321, shuffle p=0.004975
logistic_chaos_r4p00: q0=8, C2=0.512247, family=0.019559, shuffle p=0.393035

CORE CONCLUSION
Ordinary classical period-2 dynamics also produce strong frozen temporal closure.
Therefore q=2 closure is NOT a unique DTC identifier.
The next test must construct higher-order temporal rigidity/universality from already frozen observables.
