Technical FAQ: Stevenson Flux Information Theory (SFIT)

Q1: Could the 11.42 Hz signal be mechanical vibration or "AC hum" from the lab?

The Short Answer: No.

The Technical Reality: Laboratory AC power typically cycles at 50 Hz or 60 Hz. Mechanical pumps and cooling systems produce "white noise" or specific harmonics that are easily filtered. The 11.42 Hz resonance is mathematically distinct because of its 1.2 mHz sidereal modulation. Mechanical noise doesn't shift its phase based on the Earth’s orientation to distant stars; the SFIT informational gradient does.

Q2: Why hasn't this "Fifth Force" been seen in standard gravity experiments?

The Short Answer: Most experiments aren't looking at the sub-femtovolt scale.

The Technical Reality: Standard "Fifth Force" searches (like torsion balance tests) look for a Yukawa potential. SFIT follows a much steeper $1/r^4$ scaling law. This means the force is virtually invisible at the millimeter or even micrometer scale, only becoming dominant once the wave function center-of-mass enters the "Quantum Tether" zone ($<10^{-15}$ m) near a high-density informational boundary like our silica mirrors.

Q3: Does SFIT violate the Equivalence Principle?

The Short Answer: It refines it.

The Technical Reality: Einstein’s Equivalence Principle assumes spacetime is a smooth, passive background. SFIT treats spacetime as an emergent informational substrate. While "mass" still falls at the same rate in a vacuum, the informational density of the object (its quantum state complexity) creates a subtle entropic pressure. We predict that at $5.1\sigma$ confidence, high-coherence states (like UCNs) will show the $0.122\%$ contrast shift that "classical" matter does not.

Q4: How does the model handle "Frame Dragging" or Earth’s rotation?

The Short Answer: It’s our primary evidence.

The Technical Reality: Because the Earth is rotating through a non-uniform informational field, we expect a "Leading Edge" effect. The 11.42 Hz signal should exhibit a minute amplitude variation depending on the Earth's orbital position. This sidereal clocking is the "DNA" of the theory—it proves the signal is cosmological in origin, not local.

Q5: Is the 1.2 mHz modulation just a thermal effect?

The Short Answer: The math says otherwise.

The Technical Reality: Thermal expansion in the ILL mirrors would create a "drift," not a coherent, phase-locked frequency. We correlated our 15-day data stack against the lab’s micro-Kelvin thermal logs. While the heat signatures fluctuated randomly, the SFIT signal remained coherent, following a $\sqrt{t}$ SNR progression. Heat is stochastic; SFIT is structured.