This page reproduces the logic of the Excel workbook: Inputs → Derivations → Planck/Compton → Route B closure → Extended outputs → External predictions. Change λ, κ, N, Φ or the closure factor C to see how constants and G move.
Inputs!C2 (≈ 8.20×10⁻¹⁰ m)
Inputs!C3
Inputs!C4
Inputs!C5
Inputs!C6 · set to 1 to disable Route B correction
Core derived quantities
| Parameter | Name | Predicted value | Units | Reference | Δ % |
|---|
Planck / Compton zone
| Parameter | Description | Value | Units | Reference | Δ % |
|---|
Gravitational closure (Route B)
| Parameter | Description | Value | Units | CODATA | Δ % |
|---|
Extended outputs (Planck, atomic, EM)
| Parameter | Name | Predicted | Units | Reference | Δ % |
|---|
External predictions
Schwarzschild radius: rs = 2 G M / c²
| Body | Mass [kg] | rₛ (Gmodel) [m] | rₛ (GCODATA) [m] | Δ % |
|---|
Surface gravity: g = G M / R²
| Body | Mass [kg] | Radius [m] | g (model) [m/s²] | g (CODATA) [m/s²] | g (observed) [m/s²] | Δ % vs CODATA |
|---|
Gravitational wave speed
| Quantity | Value [m/s] | Reference [m/s] | Δ % |
|---|
Orbital relations (Kepler & circular motion)
| System | a / r [m] | Predicted | Observed / Ref | Δ % |
|---|
Downloads & references
This calculator mirrors the spreadsheet published on Zenodo.
Current record: https://doi.org/10.5281/zenodo.17561178
© 2025 J. Paul Crumpler, PE — Swarm Field Theory Project.