Experiment 11 · Paradigm Duel

Same noise. Different vessels.

One control feeds both chambers identical noise η. The resonance vessel phase-locks toward 432Hz; the isolation vessel suppresses variance but never converges. Frequency is the metric.

EXPLAIN LIKE I'M 10
· everyday-language one-paragraph version
Two identical computers, racing on identical tasks, in identical noise. One follows the old rule: shield from the environment. One follows the new rule: agree with the environment. Side by side, same cost, same time, and only one finishes with its answer intact. The verdict is exactly one number.
WHAT YOU ARE LOOKING AT
Two simulations running side by side. Same task, same noise, same cycles. One obeys the isolation paradigm (shield from environment). The other obeys the resonance paradigm (couple with environment).
WHY THIS MATTERS FOR QUANTUM
This is the simplest possible head-to-head test of the central hypothesis. If the resonance side holds coherence longer at the same cost, the thesis of this entire instrument stands. If the isolation side wins, it fails. There is no third outcome.
WHAT TO WATCH
Which side has the higher final coherence. The cost meters tell you how much was spent getting there. The Q-per-cost ratio is the real verdict.
Shared control · α (resonance) / cooling (isolation)
0.300
Noise injection η (identical to both)
70%
A · Isolation paradigm
Cryogenic shielding
ƒ measured
227.3Hz
Δ from 432
±204.7Hz
Coherence
45%
B · Resonance paradigm
16-point matrix
ƒ measured
295.1Hz
Δ from 432
±136.9Hz
Coherence
21%
Live verdict · which paradigm is closer to 432Hz
Resonance leads67.8 Hz margin
Time-series · headline metric

Frequency, in Hz, over time

target = 432Hz · window = 60 samples
  • Isolation ƒ
  • Resonance ƒ
10150300450600432Hz target