01
Research question
Can stable logical observables be defined through resonance and detector thresholds rather than hard-coded gates?
02
Method and experiment series
The supplied report uses a 64×64 dissipative phase lattice, controlled phase offsets, amplitude detectors, noise sweeps, and a Grover-type amplification analogy.
Series: 64×64 field · resonant gates · detector metrics · noise regimes
03
Key results
- Logical output is operationally defined by detector thresholds.
- In-phase and π-shifted inputs produce distinct convergence regimes in the model.
- Noise and threshold sweeps expose where the classification ceases to be stable.
04
What is not established
The work demonstrates simulated field responses, not a physical logic device or quantum implementation. Detector-defined logic can also encode modelling choices and requires independent comparison with conventional baselines.
This work reports a theoretical or simulation result within a stated model. It is not physical validation of a technology and requires independent verification before real-world transfer.