Independent laboratories reproduce a force that reverses with device geometry, survives matched nulls, scales predictably, and closes the momentum/energy accounting without an ordinary external interaction.
A receiver obtains unpredictable information before the sender makes the corresponding free choice, with synchronized independent clocks, sealed channels and repeatable cross-laboratory replication.
A reproducible path connects separated regions with independently measured geometry and signal transit incompatible with the external path, while ruling out conventional propagation and instrumentation error.
Can a vacuum-state device deliver positive net usable energy over a complete cycle?
1Output claim2Full energy audit3Closed-cycle reset4Independent calorimetry
DECISION GATE
Independent calorimetric tests repeatedly show net exported energy after all preparation, switching, storage and reset inputs are included, with no hidden reservoir or environmental coupling.
A proposed capability is reproduced at its claimed scale and bandwidth with independently measured performance, energy cost, durability and manufacturing tolerances.
Independent instruments measure a repeatable change in local gravitational acceleration or curvature correlated with device state, while ordinary forces and mass redistribution are quantitatively excluded.
A pre-specified information measure remains reliably above chance across independent blinded replications with no sensory leakage and a stable, quantifiable channel capacity.
Can unpredictable classical information be controlled and received outside the sender’s light cone?
1Random message2Spacelike separation3Decode before light4Cross-lab replication
DECISION GATE
A receiver decodes sender-controlled unpredictable bits at spacelike separation before any light-speed signal could arrive, repeatedly and without a hidden causal channel.
Multiple independent observations reveal a repeatable signature with information content, manufactured structure, isotopic pattern or controlled behavior that known natural processes cannot plausibly produce.
Independent laboratories recover a self-maintaining, evolving system with reproducible biochemistry incompatible with known terrestrial descent and with contamination convincingly excluded.
A novel, repeatable observation matches a simulation-specific prediction that was specified in advance and cannot be equivalently modeled as a physical law within the observed universe.
Calibrated independent sensors with complete metadata repeatedly measure extraordinary kinematics or material behavior after geometry, atmosphere, sensor artifacts and conventional platforms are quantitatively excluded.