Parasitic Phase Conversion (PPC): Rethinking High-Energy Light
How Pattern Field Theory Revises Einstein’s View of Spacetime
Parasitic Phase Conversion (PPC): Rethinking High-Energy Light
Pattern Field Theory (PFT) introduces the concept of Parasitic Phase Conversion (PPC) to explain apparent high-energy radiation that did not originate as such. This insight challenges traditional interpretations of gamma bursts, cosmic rays, and long-distance high-frequency signatures.
Core Insight
Radiation detected as high-energy gamma rays may not have originated as gamma. Instead, light from ordinary stellar sources (e.g., sunlight) may pass through zones of high cosmic radiation or coherence turbulence. During transit, parasitic resonance strips or distorts the structural phase patterns, resulting in light that mimics gamma frequencies but is actually wounded or phase-eroded light.
Mechanism
The core mechanism of PPC can be expressed in PFT terms:
ψ′ = ψ₀ − ∑(℘ₐ · ψ₀)
Where:
- ψ₀ is the original emitted phase pattern (e.g., starlight)
- ℘ₐ is the parasitic field interaction vector
- ψ′ is the resulting corrupted phase signature
This results in light arriving as if it were gamma radiation—yet it was not born from a high-energy source.
Key Observational Consequences
| Phenomenon | Standard Model View | PFT Reinterpretation via PPC |
|---|---|---|
| Gamma ray bursts with no visible supernova | Hidden high-energy event | Ordinary light phase-eroded by parasitic field |
| Unexpected gamma spikes near galaxy clusters | Dark matter or black hole interaction | Structural light damage from dense coherence fields |
| No time-correlated thermal tails | Detector error or unknown physics | Phase theft caused by PPC during transit |
Implications for Astrophysics
- Not all gamma is gamma: High-energy readings could originate from low-energy light distorted during transit.
- Phantom source problem: Gamma detections without correlated visual signals may be due to PPC, not missing data.
- Spectral forensics: Phase-mangled light may still carry trace polarization or lost coherence signatures from its source.
Testable Prediction
If PPC is correct, then:
- Apparent gamma signatures should show residuals of their original ψ₀ phase structure.
- Future instruments (e.g., JWST, CubeSats, or polarimetric satellites) should detect anomalies in polarization or unexpected lensing around PPC-altered paths.
Conclusion
Parasitic Phase Conversion (PPC) offers a foundational reinterpretation of light distortion in Pattern Field Theory. It explains how light born from ordinary stars may appear as gamma or other high-energy signatures due to coherence theft during transit. This supports PFT’s core claim that radiation is not particle-based but arises from recursive phase dynamics in a universal pattern field.