PFT’s Feed of Light
Explaining the True Nature of Light’s Speed in PFT
In Pattern Field Theory (PFT), the so-called "speed of light" is not a velocity of a material object moving through space, but rather a measure of the rate at which 2D fulcrum patterns replicate themselves in the direction of propagation. This concept, called the feed of light, challenges the standard view of light as a continuous wave or discrete photons.
Classical Physics: Speed of Light
c = 299,792,458 m/sIn modern physics, the speed of light (c) is treated as a constant velocity limit for any information or matter traveling through space. Einstein’s relativity holds that nothing can exceed this speed.
Pattern Field Theory: Feed of Light
c_feed = ∂(ΣΦ_2D) / ∂t
Where:
- c_feed: the feed rate of light in PFT.
- ΣΦ_2D: sum of 2D fulcrum patterns propagating in the direction of the observer.
- ∂t: local time increment (pattern-time).
This means that what we measure as the "speed" of light is actually the rate at which these two-dimensional fulcrums replicate from the source, forming a cohesive light wave. When the source moves, this feed rate can change direction, but the replication itself is consistent.
Comparison with Einstein’s Relativity
In standard relativity:
Δt' = Δt / √(1 - v²/c²)Time dilates at near-light speeds. However, in PFT:
Δτ = ΔtTime is carried with the pattern — no time dilation occurs because the field is co-moving with the observer’s anchor point.
Diagram Placeholder
Diagram illustrating the replication of 2D fulcrums outward from the source, showing how directionality emerges from feed rate.
Human Explanation
Think of light not as a beam traveling forward but as a sequence of tiny pattern bursts, each copying itself outward in all directions. The "speed" is really how quickly these bursts happen in succession — like dominoes falling. This view removes the speed limit that Einstein imposed, making light’s propagation a function of replication rate rather than velocity.
Applications
- Potential for faster-than-light communication using advanced field manipulation.
- Shielding concepts using 2D fulcrum manipulation to deflect radiation and debris.
- Experimental tests comparing pattern replication rates with photon counts in particle accelerators.
Conclusion
The feed of light redefines how we think about information transfer and dimensional expansion. Instead of treating light as a speed-limited phenomenon, we see it as a logical field process driven by the underlying structure of 2D fulcrum replication. This opens new avenues for both theoretical physics and technological development.
Diagram Placeholder (Section Summary)
Illustration of feed of light vs. speed of light — showing how each fulcrum bursts outward and forms a cohesive directional wave.