WN-GRAV-066 · P-REG-1 through P-REG-6

Mercury Perihelion as a Register Crossing

The 43 arcsec/century anomaly explained: G1/G2 cross-register measurement artifact, not curved spacetime

G-Bond Step
90.15 ppm
universal register separation
·
Mercury Orbits
~415/century
precession accumulates here
·
Propositions
6
P-REG-1 to P-REG-6
The Mechanism

Register crossing — not spacetime curvature

Earth-based observers operate in the G1 register. Mercury orbits in the G2 register. The 90.15 ppm offset between registers, accumulated over ~415 Mercury orbits per century, produces the 43 arcsec/century apparent precession.

P-REG-4
δ_G = 90.15 ppm → 43 arcsec/century
G1 year = 365.2841 d | G2 year = 365.3170 d
Helix ratio r = 5⁶/(2⁶×3⁵) = 15,625/15,552
Registered Propositions

Key Results

P-REG-1

T-field equalization renders register boundaries invisible from within. The node crossing is real; it is undetectable because equalization presents an identical face on both sides.

P-REG-4

Mercury's perihelion precession = G1/G2 cross-register artifact. The 90.15 ppm offset accumulated over ~415 orbits/century produces the apparent 43 arcsec advance. Not relativistic.

P-REG-5

Helix ratio r = 5⁶/(2⁶×3⁵) = 15,625/15,552 is the mathematical consequence of the G1/G2 register crossing.

P-REG-6

Atmospheric invisibility and Mercury's perihelion precession are the same phenomenon: equalization hides the register from within; crossing reveals the locked-in offset.

Cross-references: WN-GRAV-066 | Vol3 Section 296 | P-HELIX-1