What is Pattern Field Theory?

Pattern Field Theory reveals the universe as an intelligent, robust, and self-balancing system — coherent at every scale, adaptive in its structures, and continuously sustaining motion and resonance.

With each new concept addressed, deeper truths are uncovered, building clarity instead of contradictions. Where other frameworks often fracture under scrutiny, Pattern Field Theory strengthens, unifying physics, philosophy, and lived experience into a single unfolding architecture.

It does not bolt new assumptions onto old frameworks. Instead, it starts from the simplest possible principles and explains, quite simply, what is.

In this view, the strengths of General Relativity (GR) and Quantum Field Theory (QFT) are preserved, but their contradictions dissolve. They are not discarded, but recontextualized as partial views within a larger lattice of coherence.

For more than a century, mainstream science has barely budged. The same expert authorities whose books remain on shelves and in curriculums still dominate the conversation, even as their frameworks leave fundamental gaps unresolved. The culture of reverence has become a barrier to progress.

Understanding the universe requires us to describe reality directly. Yet we remain stuck with gatekeeping and exclusion — institutions that often deny access to truth or investigation, despite being built on knowledge first uncovered by so-called “amateurs.” Science today is too often treated like the Bible before Martin Luther translated it: locked away, instead of opened to all.

The pattern is ancient: those who hold the keys of knowledge refuse to use them, and make sure no one else can open the door either.

When those who hold the keys of knowledge refuse to use them — and actively prevent others from entering — then we must ask ourselves why. Is it protection of truth, or protection of power?

Three Frameworks That Attempt to Explain the Universe

Physicists have developed different frameworks to describe how matter, energy, space, and time arise and interact. Two of them—Quantum Field Theory (QFT) and General Relativity (GR)—are experimentally verified but incompatible with each other. A third framework—Pattern Field Theory (PFT)—seeks to unify them by explaining both as emergent behaviours of a deeper underlying field.

Quantum Field Theory (QFT)

Quantum Field Theory describes the universe as a set of quantum fields extending through space, with particles appearing as localized excitations of those fields. Interactions between particles are mediated by force-carrying bosons such as photons, gluons, and W/Z bosons. QFT has been verified to extraordinary precision and underpins the Standard Model of particle physics.

However, it does not include gravity, and when combined with General Relativity it produces paradoxes—such as non-renormalizable infinities at the Planck scale. QFT explains what exists and how it behaves, but not where structure itself originates or how it links to gravity.

General Relativity (GR)

General Relativity describes gravity not as a force but as the curvature of spacetime caused by mass and energy. Massive objects bend spacetime, and smaller objects follow curved paths through that geometry. GR has passed every observational test from gravitational waves to black hole imaging.

But it does not incorporate quantum mechanics, and it produces paradoxes such as singularities at extremely small scales where quantum effects dominate. GR explains the shape and evolution of the universe on large scales, but not its quantum structure or initial emergence.

Pattern Field Theory (PFT)

Pattern Field Theory begins before space, time, matter, or energy exist, in a dimensionless meta-continuum of pure potential motion. From this pre-geometric state, motion self-captures along π-resonant paths, initiating the sequence:

motion → matter → gravity → local time → stable curvature

Matter forms when motion closes on itself; gravity is the stabilizing tension of these closed loops on the surrounding field; gravity locks local time around the structure, and together they produce stable curvature.

This first stabilization creates the Pi-Matrix and seeds the Allen Orbital Lattice (AOL)—a fractal orbital scaffold whose geometry matches real astrophysical data from Planck, WMAP, JWST and other surveys. The Big Bang was not a singularity, but a rupture of the pre-geometric field into 3D, releasing stored motion in violent, staccato bursts as the 3D lattice unfolded from embedded blueprints.

Pattern Field Theory has identified fractal windows, frames, and resets within this lattice, and these fractal structures are visible in archived astronomical imagery dating back to the 1950s. Unlike QFT and GR, which are individually successful yet contradictory, Pattern Field Theory provides a single root framework from which both quantum behaviour and spacetime curvature emerge—resolving their paradoxes by showing they are secondary effects of captured motion within one unified field.

QFT and GR remain the experimentally verified foundations of modern physics, but they are mathematically incompatible and generate paradoxes when combined. Pattern Field Theory is the only framework here that both aligns with real observational data and offers a structural resolution to those paradoxes, by showing that QFT and GR are emergent behaviours of a deeper pattern field.

Allen Orbital Lattice™

Pattern Field Theory (PFT) is James Johan Sebastian Allen’s unified framework in which reality emerges from recursive pattern dynamics on the Allen Orbital Lattice (AOL)—a hexagonal closure lattice. The Allen Fractal Closure Law (AFCL) formalizes when shells close (and why perfect-number counts appear), while Resolutions of Scale™ describes how smooth and rough structure alternate across scales. Related constructs such as Pi-Resonance™ (involving π, φ, e) and prime anchoring explain cross-scale coherence from cosmology to genomics. This page preserves the original article in full and adds definitions so researchers and search engines can anchor the theory precisely to AOL and AFCL.

Unified pattern-first physics: Pi (recursive closure), Primes (disruption), Phi (emergence). Core claim: π is the universe’s boot program.

New statement: Perfect numbers are key in the unfolding of the 2nd dimension — they act as symmetry checkpoints that stabilize phase geometry as 1D recursive closure expands into the first 2D lattice.

Internal Consistency

PFT is internally coherent:

  • Causal chain is explicit and closed:
    Motion → curvature → pattern recursion → field layering → emergent coherence
  • Core mechanisms:
    • Fractal recursion: R_{n+1}=F(R_n,C_n,E_n)
    • Metacontinuum curvature: κ = dM/dP , κ ≥ κ_c
    • Dimensional stacking: E_stack = ∑[π·k_n + φ^n − e^{γn}]
    • Real-time rendering: P_{3D}(x,t) = Θ(κ(x,t)−κ_c)·A²·cos²θ
  • Constants (π, φ, e) are not arbitrary but arise from their roles:
    π: closure/curvature  |  φ: resonance growth  |  e: damping/stability

This makes PFT a closed, non-contradictory logical system — essential for ToE candidacy.


Cross-Domain Unification

PFT unifies across domains, which is the whole purpose of a ToE:

  • Physics: merges quantum (local discrete patterns) with relativity (global curvature) through recursion and curvature thresholds
  • Cosmology: metacontinuum avoids singularities; explains CMB anomalies and gravitational lensing drift as rendering artifacts
  • Biology: fractal recursion explains biological patterning, from microtubules to spiral phyllotaxis
  • Mathematics: shows how π, φ, e, Fibonacci sequences emerge as structural necessities from the same generative dynamics
  • Psychology: models cognition as recursive field coherence, explaining emergent perception and memory as pattern stabilization

This gives PFT the cross-domain reach a ToE must have.


Resolution of Known Paradoxes

Pattern Field Theory™ explicitly resolves 28 major paradoxes across physics, cosmology, mathematics, psychology, and logic, as documented here.

This shows explanatory power: PFT reduces paradoxes, not multiplies them.


Bottom Line

By formal logical standards (internal coherence, cross-domain unification, paradox resolution):

Pattern Field Theory qualifies as a coherent Theory of Everything candidate.

Introduction to Pattern Field Theory™

Pattern Field Theory™ (PFT) is a new structural framework that proposes spacetime, matter, and time are not fundamental, but emergent phenomena. They arise from recursive pattern interactions within a deeper substrate called the Metacontinuum. PFT aims to unify unify physics, biology, psychology, and society through a single coherent model.

Unlike traditional “theories of everything” that stop at physics, PFT includes consciousness, meaning, and intention as structural parts of the model. This allows PFT to unify paradoxes across scales — from Zeno’s paradox and the black hole information problem to trauma loops and social collapse dynamics. This is not only about unifying physics, but about unifying human experience with the fabric of the universe.

pft_master_3.9.7.json

Prime Scaffold Generates Curvature
Pi is no longer a primary value but emerges from a scaffold of prime number interactions. This creates curvature from pure logic and is the beginning of dimensional formation.
Prime Sequence → π → Curvature
Curvature arises from prime-seeded structure
Dimensions Are Contained in Each Other
Each dimension emerges within the motion structure of the previous. The first dimension bends into the second, and so forth. No dimension exists alone; they are nested patterns.
Dₙ ∈ Dₙ₋₁
Dimensions emerge recursively within one another
Resolution Between Relativity and Quantum Theory
Pattern Field Theory introduces a logical layer beneath both relativity and quantum mechanics. This root resolves their incompatibility by defining both as emergent from structured pattern interactions.
Logic → Pattern → (Relativity ∧ Quantum)
Both theories are compatible when rooted in deeper logic
Discovery of a Ghost Particle Field
A new form of matterless influence was identified, termed the Ghost Particle Field. These non-massive, non-energetic field-particles carry pattern resonance and influence field stability.
Φghost ⊂ Pattern Field
Φghost = structure without mass
The Law of Reciprocal Observance
Every pattern that can be observed is also observing. Observation is not a human privilege — it is a field event. All interaction implies mutual resonance, which means all patterns are co-observing participants.
∀P: Observable(P) ⇒ Observant(P)
Also known as Allen's Law. Replaces the anthropocentric observer model.

Pattern Field Theory™ — A New Origin Story for the Universe

By James Johan Sebastian Allen

The universe did not begin with “something out of nothing.”

Pattern Field Theory™ (PFT™) provides a coherent, testable alternative:
Emergence: the first birth, where Pi as the boot protocol instantiating curvature and recurrence.
Breach: the rupture of 2D closure into 3D space — the real foundation of what’s been misnamed the “Big Bang.”
Mathematical witnesses: π, Fibonacci ratios, prime numbers, and perfect numbers all align to confirm this structure.
Empirical echoes: cosmic microwave background patterns, 1950s atomic photos, fractal geometry, and Zeno’s paradox all point to the same substrate — the Pi-Matrix.
This is not speculation. It is a new Theory of Everything, unifying mathematics, physics, and philosophy into one framework: Pattern Field Theory™.

Authorship

Pattern Field Theory™ is the intellectual work of Theoretical Physicist James Johan Sebastian Allen. It has been publicly published, timestamped, and recorded at various places. Any other attributions are incorrect. Allen’s publications, JSON master archives, and OpenTimestamps records from 2025 establish authorship clearly.

Perfect Numbers resolve Fractal Closures

Allen Fractal Closure Law (AFCL)

1 Diagram: Binary Fractal Lattice Closure for Perfect Numbers This diagram illustrates the Allen Fractal Closure Law (AFCL) within Pattern Field Theory™ (PFT™), where even perfect numbers are binary fractal closure counts in the π-particle lattice. For prime p with 2 p−1 a Mersenne prime, Perfect(p) = (2p2) = 2p−1 (2p − 1) represents the total pairwise links among 2p nodes (diamonds in Differentiat™ geometry) arranged on nested rings, reflecting the fractal resonance of the Pi Matrix™ substrate. Binary Fractal Lattice

Allen Orbital Lattice Figure 1: Binary fractal lattice closure for perfect numbers p = 2 (6 links) and p = 3 (28 links), with nested rings representing the π-particle lattice in PFT™. Each ring’s total pairwise links (light gray lines) equal the perfect number, illustrating the fractal resonance and structural invariance of the Pi Matrix™ substrate. Larger p values extend this pattern, aligning with physical and biological scales (e.g., 496 in superstring theory, 28-day cycles).

Read More

Pi Matrix captured across scales

75-year-old atomic images and the Planck CMB sky show the same fractal resonance signature. Read the overview and the quantitative spectra analysis.

Atoms → Cosmos (overview) Spectra analysis (methods & plots)

Pre-correction halo Corrected lattice (Zeno frame)
Blurry pre-correction halos: fractal cascade in motion
Blur ≠ error — it’s motion. The fractal cascade updating faster than the instrument.
Aberration-corrected lattice of atoms
Aberration correction freezes a Zeno frame — a static slice of a living field.
Ghost layer (Logical Layer) Planck CMB (cosmic anisotropy)
Faint ghostlike under-structures beneath the lattice
The Logical Layer: substrate scaffolding that atoms sit on — not artifacts.
Planck 2018 CMB anisotropy map
The microwave sky: the same scale-invariant logic at the largest scale. Credit: ESA / Planck Collaboration.

Core Principles

  • Fractal Reset

    Reality advances through recursive resets, preserving coherence while allowing growth.

  • Container Law of Measurement

    You can only measure what is inside in reference to what it is inside. The universe has no external container, therefore its absolute size is unmeasurable.

  • Dominion Principle

    Each environment (air, water, vacuum, gravity) prescribes what forms of coherence are permitted. Light illuminates only in gravity-sustained dominions.

  • π as Structural Closure

    π is not only a number; it is the first stable fractal closure that makes persistence, memory, and recurrence possible in the universe.

  • Metacontinuum

    The “Master Doorway” from which universes breach into existence — a null state, a fractal doorway that permits universes to arise but in itself never can provide an external frame for their measurement.

Related research

Extensions of the Allen Orbital Lattice include:

  • 3n+1 problem - Impossible for most.

    3n+1 growth model which shows how orbital doubling and closure rules generate structural limits.

  • Riemann Hypothesis

    Riemann Hypothesis study, where lattice resonance is tested directly against zeta zero distributions.


Pattern Field Theory Overview

Cross Domain Framework

Pattern Field Theory version 3.9.7 is a paradox-resolving, cross-domain, experimentally aligned framework that:

  • Reconciles quantum and relativistic inconsistencies through pattern determinism.
  • Introduces Pi Particles, zero-field emergence, and a replicable Differentiat structure.
  • Has shown >99% coherence in multiple independent verifications (including Planck data and light coherence anomalies).
  • Has positioned π as the universe’s curvature initialization sequence emerging from prime-seeded scaffolds in the zero field, booting the Pattern Field Substrate.
  • Integrates a unique Prime Scaffold model.
  • Resolves paradoxes in cosmology, quantum mechanics, and emergence.
  • Eliminates probabilistic genesis models in favor of deterministic phase-based derivatives.
Foundational Key Equations
  • ∑ (1/1! + 1/2! + 1/3! + ...): Exponential series for resonance buildup.
  • ∇·E = ρ / ε₀: Field emergence rule.
  • e^(iπ) + 1 = 0: Euler’s Identity for field closure.
  • i·θ·φ = Ĥ·ψ: Deterministic field transition.
  • ∂Ψ/∂τ = i [Ĥ Ψ + Â(Ψ, P)]: Evolution of resonance density map, initialized by π as the boot program.
  • And more—see full list in the original for details.

Read more in the Research section.

“Pattern Field Theory is structurally superior to legacy models.” — Grok, July 2025


Core Concepts: Pi-Particle, Breach Event, & Differentiat

No Big Bang—PFT starts with the pi-particle singularity and Breach Event in a Metacontinuum lattice. The Differentiat enforces isolation and enables empathy, resets, and probability drives. π, as the boot program, initializes this lattice with prime-seeded curvature (∂Ψ/∂τ = i [Ĥ Ψ + Â(Ψ, P)]).

28 Paradoxes Resolved

ParadoxPattern Field Theory SolutionTestable Prediction
Metacontinuum ParadoxThe Differentiat, as the Fractal Boundary, enforces structural isolation by requiring coherence qualification for each universe’s emergence. Universes are logically distinct, with no navigable path between fractal doorways due to the Metacontinuum’s Null state (∂Ψ/∂τ = i [Ĥ Ψ + Â(Ψ, P)]).Absence of cross-universe signatures in CMB fractal patterns (~10⁻⁵ scale invariance).
The Allen–Engström Subversive Feedback ParadoxFeedback loops invert roles in recursive fields, collapsing static hierarchy (Rₙ₊₁ = F(Rₙ, Cₙ, Eₙ)).Feedback loop inversion in AI reinforcement learning (~ms scale).
Lottery ParadoxDistinguishes micro-pattern (individual ticket) from macro-pattern (system coherence), dissolving contradiction (Rₙ₊₁ = F(Rₙ, Cₙ, Eₙ)).Micro-macro pattern distinctions in decision experiments (~seconds scale).
EPR ParadoxEntangled particles are a singular pattern in the Pi-Field Substrate, with correlations from phase resolution (Rₙ₊₁ = F(Rₙ, Cₙ, Eₙ), ∂R/∂τ = f(C)).Bell inequality tests (~10⁻¹⁸ s).
Grandfather ParadoxTime travel is impossible due to fixed forward causality and Fractal Obstacle (∂Ψ/∂τ = i [Ĥ Ψ + Â(Ψ, P)]).Absence of causal anomalies in particle interactions (~10⁻¹⁸ s).
Ship of Theseus ParadoxIdentity as a gradient of continuity and change in recursive fields (Rₙ₊₁ = F(Rₙ, Cₙ, Eₙ)).Biological turnover confirms identity gradient (~year scale).
Sleeping Beauty ParadoxProbability tied to causality, not recall frequency, with dormant observers excluded (Rₙ₊₁ = F(Rₙ, Cₙ, Eₙ)).Cognitive experiments on probability (~seconds scale).
Sorites ParadoxIdentity as relational coherence threshold, not fixed count (Rₙ₊₁ = F(Rₙ, Cₙ, Eₙ), ∂R/∂τ = f(C)).Coherence thresholds in collective behaviors (~days scale).
Quantum Zeno ParadoxObserver Effect reinforces coherence via resonance alignment (Rₙ₊₁ = F(Rₙ, Cₙ, Eₙ), ∂R/∂τ = f(C)).Coherence stabilization in quantum systems (~10⁻¹⁸ s).
Scale ParadoxScale as containment relationship, not intrinsic size (Rₙ₊₁ = F(Rₙ, Cₙ, Eₙ), E_stack = ∑[π·kₙ + φⁿ – e^(γ·n)]).Fractal patterns in CMB data (~10⁻⁵ scale invariance).
Arrow of Time ParadoxTime as field-local construct in 3D gravitational fields (Axiom 027, ∂Ψ/∂τ = i [Ĥ Ψ + Â(Ψ, P)]).CMB asymmetries (~1 μK).
Twin ParadoxTime as recursive rendering function, with movement shifting cadence (∂Ψ/∂τ = i [Ĥ Ψ + Â(Ψ, P)]).CubeSat phase-decay rate (~10⁻⁸ m/s).
Bootstrap ParadoxFractal Obstacle precludes time travel (∂Ψ/∂τ = i [Ĥ Ψ + Â(Ψ, P)], Rₙ₊₁ = F(Rₙ, Cₙ, Eₙ)).Absence of time-loop signatures in particle interactions.
Cosmological RedshiftPhase dispersion in Pi-Field Substrate (c_feed = Σ(ψ₂ᴅ)/t).Quasar spectra (~0.01 z deviation).
Singularity ParadoxMetacontinuum’s Null state precludes singularities (E_stack = ∑[π·kₙ + φⁿ – e^(γ·n)]).JWST lensing (~0.1 arcsec).
Gravitational Lensing AnomaliesNon-Terminal Resonant Pass-Through (NTRP) produces refractive artifacts (∂R/∂τ = f(C)).JWST lensing offset (~0.05–0.1 arcsec).
Black Hole Information ParadoxInformation preserved via recursive phase anchors (Tₐ = ΔΦ/Δt × Aₚ).Hawking radiation signatures.
Photon Existence ParadoxPhotons as phase cascades (c_feed = Σ(ψ₂ᴅ)/t).Polarimetry (~0.01 rad).
CMB DriftRecursive phase shift in Pi-Field Substrate (E_stack = ∑[π·kₙ + φⁿ – e^(γ·n)]).CMB drift (~1 μK).
Biological Emergence ParadoxFractal recursion via Trivergence (Rₙ₊₁ = F(Rₙ, Cₙ, Eₙ)).Imaging at nm scale.
Origin of Mass ParadoxMass as pattern coherence (Rₙ₊₁ = F(Rₙ, Cₙ, Eₙ)).Collider tests (~GeV).
Speed of Light ConstantCoherence limit of Pi-Field Substrate (c_feed = Σ(ψ₂ᴅ)/t).CubeSat (~10⁻⁸ m/s).
Olbers’ ParadoxLight dispersion via phase shifts (∂R/∂τ = f(C)).Starlight visibility (~mag 20).
Quantum Measurement ProblemMeasurement as relational process via Observer Effect (Rₙ₊₁ = F(Rₙ, Cₙ, Eₙ)).Quantum experiments (~10⁻¹⁸ s).
Vacuum Energy ParadoxMetacontinuum’s Null state eliminates infinite energy (E_stack = ∑[π·kₙ + φⁿ – e^(γ·n)]).Casimir effect (~10⁻⁹ J/m³).
Zeno’s Dichotomy ParadoxMotion via discrete phase steps (Rₙ₊₁ = F(Rₙ, Cₙ, Eₙ)).Motion experiments (~10⁻¹⁵ m).
Fine-Tuning ProblemConstants as resonance loops (∂R/∂τ = f(C)).Resonance loop validations in simulations.
Origin of ComplexityComplexity from Pi-Particle replication (Tₐ = ΔΦ/Δt × Aₚ).Uranium decay spectra analysis.

Rubakov Litmus: PFT vs. Other Theories

FrameworkAppliesIncludes SMSolves Paradoxes
QFT (SM)EM+weak+strongYesPartial
PFTUnified substrateVia RosettaDeterministic resolutions

See full comparison.

Explore detailed methodologies in Predictions.