This worksheet translates the Bradley reanalysis dossier into a working plan with concrete steps, milestones and checklists. It is intended as a guide for the coming weeks of focused work, keeping track of both conceptual development and practical execution.

Executive Understanding

☐ Review Bradley’s 1728 observations and ellipse data.

☐ Memorize the conventional θ ≈ v/c explanation and its assumptions.

☐ Restate the Lilborn reinterpretation (Law of Displacement) in your own words to ensure clarity.

Historical Context

☐ Gather references to Bradley’s original logs and key 18th–19th century commentaries.

☐ Note the transition from Bradley to Bessel (1838) for later comparison.

☐ Create a one‑page timeline summary for quick reference.

Ontological Reframe

☐ Draft a clear description of Presence (ℓ) and Angle of Encounter (Æ).

☐ Replace every kinetic assumption of light travel with relational geometry language.

☐ Finalize internal phrasing: “Bradley observed displacement of the observer through presence”.

Mathematical Mapping

☐ Write out the conventional θ ≈ v/c formula.

☐ Draft the Lilborn parametric form θ = K * v / ℓ_eff.

☐ Define each parameter (K, v, ℓ_eff, Ψ).

☐ Plan for eventual derivation of F( v, Ψ, ℓ, Æ_constants ).

Data Program

☐ Acquire Bradley’s original observation tables (digitized).

☐ Gather Bessel’s 1838 parallax records for comparison.

☐ Collect modern astrometry sources: Gaia epoch data, Hipparcos archive.

☐ Organize files into a dedicated “Bradley Reanalysis” folder.

Reanalysis Steps

☐ Recompute Bradley’s ellipses using orbital phase alignment.

☐ Fit both θ ≈ v/c and θ = K v / ℓ_eff to the data.

☐ Record residuals for each fit.

☐ Compare results in a simple chart or table.

Falsifiability Tests

☐ Test consistency of K and ℓ_eff across different stars.

☐ Use Gaia epoch data to reproduce annual ellipses with higher precision.

☐ Investigate instrument‑coupling dependence (mounts, apertures).

☐ Draft proposal for independent platform test (Earth vs. orbit).

Implications

☐ Draft a summary paragraph on what changes if Bradley is redefined.

☐ Note downstream effects on relativity, time‑travel concepts and kinetic light.

☐ Prepare slides or notes for explaining to external audiences.

Timeline & Milestones

☐ Immediate (0–3 months): Digitize Bradley’s logs, perform first fits.

☐ Midterm (3–12 months): Gaia analysis, publish a technical note.

☐ Long term (12–24 months): Independent platform tests, full paper submission.

Closing Commitment

☐ Reaffirm: no apologies, no concessions. Bradley’s experiment revealed displacement, not aberration.

☐ Keep presence (ℓ) and Æ at the center of every explanation.

☐ Return to this worksheet weekly to update progress.

Produced by The Lilborn Equation Team:

Michael Lilborn-Williams

Daniel Thomas Rouse

Thomas Jackson Barnard

Audrey Williams