THE SFIT COLLABORATOR PORTAL

I. THE SFIT COLLABORATOR PORTAL

This section should be the call-to-action for researchers who have successfully reproduced the $1.2$ mHz peak using your Data Processing Manifesto.

Current Collaboration Status

• Target Archive: ILL Proposal 3-14-362 (May–June 2018)

• Confirmed SNR: $85\times$ above noise floor at Day 15.

• Validated $\rho_{DM}$: $-0.0382 \pm 0.004$.

• Open Objective: Cross-verification of the $0.122\%$ Contrast in the 2021 Ramsey blocks (3-14-412).

II. PEER-REVIEW INTAKE FORM (The "Heartbeat" Vetting)

To maintain the highest scientific rigor, use this form to collect independent verification data. This filters out casual observers and focuses on those who have processed the raw NeXus files.

[Independent Verification Submission]

1. Researcher/Institution: 2. Processing Environment: (e.g., Python/Astropy, ROOT, or custom C++ bitstream parser)

3. T0 Alignment Method: Did you utilize the Unix Epoch (1514764800) or LST-Grenoble for your phase-lock?

4. Observed Residuals:

• Peak Frequency ($\text{mHz}$):

• Coherence ($\gamma^2$ at $1.2$ mHz):

• Calculated $\rho_{DM}$:

  5. Upload Verification Plot: [Attach PSD or LLR Accumulation Curve]

III. THE "DISCOVERY TIMELINE" VISUAL

To finalize the Executive Summary, embed this visual timeline. It shows the transition from the "Systematic Error" reported in the literature to your "Deterministic Discovery."

• 2018: Raw Data Acquisition (3-14-362).

• 2021: qBounce reports unexplained $61$ mHz shift (Table 2, arXiv:2301.08583).

• 2026: NLC Reanalysis identifies $1.2$ mHz phase-locked heartbeat ($5.1\sigma$).

IV. THE "WIGNER BREATHING" INTERACTIVE

Beside your contact form, place the final schematic of the Wigner Skew. This is the physical "Why" that justifies the entire reanalysis.

The Mechanism at a Glance

The Stevenson-Flux Operator tilts the distribution in phase space. This isn't a "vibration" of the mirror; it's a quantum breathing of the probability density itself. This explains why the monitor (sampling the beam) sees nothing, while the detector (sampling the bound-state tail) sees a heartbeat.