CIT–VGT and Voyager Residual Analyzer

Scientific disclaimer: This program does not connect directly to Voyager spacecraft and does not detect Influx. Voyager values must come from public scientific records or manual entries. A residual is only the difference between an observed value and a standard-model value. A residual alone is not proof of CIT.

1. Physical body model

Preset

Mass M (kg)

Radius R (m)

Constituent mass mᵢ (kg)

Number of constituents N

vRMS (m/s)

Gravitational constant G

2. Hypothetical engineering controls

Geometry coupling

Material response

Phase alignment (degrees)

Drive frequency (Hz)

Target resonance (Hz)

Bandwidth (Hz)

Atomic clock synchronization

Cosmic clock synchronization

3. Equation-chain results

Surface gravity g = GM/R² —

Total spherical Influx Φ = 4πGM —

Microscopic sum N × 4πGmᵢ —

Micro/macro agreement —

Lorentz surplus γ − 1 —

CIT-derived G —

Mass-form κ = 8πG/c² —

Coulomb bridge kₑ = c² × 10⁻⁷ —

Reconstructed mass —

Rest energy E = Mc² —

Hypothetical modulation index —

Hypothetical effective response —

4. Voyager-Based CIT Residual Analyzer

Enter one observed measurement and its expected standard-physics value for each spacecraft. Use the same measurement type and units for both spacecraft, such as magnetic-field strength, plasma density, particle flux, frequency, Doppler residual, or another public Voyager measurement.

Voyager 1

Measurement type

Distance from Sun (AU)

Spacecraft velocity (km/s)

Celestial direction angle (degrees)

Observed value

Standard-model value

Measurement uncertainty

VOYAGER 1 RESIDUAL —

Voyager 2

Measurement type

Distance from Sun (AU)

Spacecraft velocity (km/s)

Celestial direction angle (degrees)

Observed value

Standard-model value

Measurement uncertainty

VOYAGER 2 RESIDUAL —

Residual difference V1 − V2 —

Voyager 1 significance —

Voyager 2 significance —

Direction separation —

Distance-normalized V1 residual —

Distance-normalized V2 residual —

Enter comparable Voyager 1 and Voyager 2 values, then select Analyze Voyager Residuals.

A scientifically useful comparison requires measurements from the same instrument type, compatible dates, compatible units, documented calibration, and a clearly defined standard heliophysics prediction.

5. Interpretation

Test	Question	Meaning
Distance	Does the residual change farther from the Sun?	Possible distance dependence
Direction	Does it appear along both spacecraft trajectories?	Tests directional consistency
Velocity	Does the residual change with spacecraft speed?	Tests motion dependence
Standard model	Does anything remain after accepted effects are removed?	The remaining value is the residual
CIT comparison	Can one CIT equation explain both residuals?	Required before claiming a new mechanism