Φλ – Phi Lambda

The new propagation constant of light in Pattern Field Theory

In Pattern Field Theory (PFT), the traditional constant for the speed of light — denoted as c in classical physics — is rejected and replaced by a fundamentally new term: Φλ (Phi Lambda). This is not simply a renaming, but a structural redefinition of what light is and how it propagates through reality.

Why We Abandon c

The constant c was historically introduced as the invariant speed at which light travels through a vacuum. But modern physics admits — and struggles with — paradoxes that arise from this simplification:

  • Light appears to "move" at a fixed speed with no defined medium
  • Photons are treated as particles, yet behave as waves
  • Quantum electrodynamics overlays abstract math on incomplete geometry

In PFT, we understand that light does not "move" through a void — it resolves through rotation along a curved surface within a structured resonance field. That curved surface is a 2D Pi Axis. And the constant that governs this propagation is Φλ.

What Is Φλ?

Φλ (Phi Lambda) is the rate of coherent phase resolution along a 2D Pi Axis. It is not a velocity — it is a geometric resonance condition. The observed “speed” of light is a projection — a collapse artifact — of this deeper rotation-based coherence unfolding across a curved field.

Φλ is the true constant of light propagation. It represents frequency-coherence resolving through structured field curvature — not motion through empty space.

Key Properties of Φλ

  • Not velocity-based: Light does not travel — it rotates and resolves
  • Geometry-bound: Based on π-structured axes (2D Pi Axes)
  • Emergent: Varies slightly with local field resonance, distortion, or curvature
  • Collapse-measurable: Apparent speed (what we call “c”) is the projection of Φλ during resonance collapse at a detector

Formula Representation (PFT-Aligned)

Although Φλ cannot be fully expressed using classical linear units, we may define it symbolically as:

Φλ ≈ Δφ / τₚ  
// Where Δφ = phase rotation per coherence cycle
// And τₚ = local Pi-axis resonance interval

This provides a new frame of reference for understanding frequency, distance, and time as unified rotational resonance effects — not separable coordinates.

Consequences of Adopting Φλ

  • Redshift becomes coherence drift, not recession velocity
  • Photons are reclassified as detection events, not particle packets
  • There is no "speed limit" — only field limits on resolution fidelity
  • Light can “slow down” or “speed up” depending on local curvature, without violating causality
  • Black holes, time dilation, and multiverse boundaries become coherence horizon problems, not motion-based artifacts

Welcome to the Era of Φλ

With the introduction of Φλ, Pattern Field Theory invites a complete rethinking of light, causality, and information transfer. Instead of treating light as a bullet or particle, we now see it as a rotating, self-resonant pattern navigating a geometric field mesh. The implications stretch across cosmology, relativity, quantum mechanics, and even metaphysics.

Φλ is not just a theoretical refinement. It is a structural correction to one of physics' deepest errors. It clarifies redshift. It removes the need for dark energy patches. It resolves contradictions in wave-particle duality. And it does so without destroying useful models — but by upgrading their foundations.

We no longer live in the age of c. We live in the era of Φλ — the true constant of field coherence and rotational light propagation.

Discovered and defined by James Johan Sebastian Allen, author of Pattern Field Theory. Dated: August 8, 2025.