Independent Researcher Proposes Simple φ-Scaling Relation That May Offer a Path Out of Physics’ Biggest Problem

A new idea emerging from an information-first approach to physics has produced a strikingly simple geometric relation — one that, if confirmed, could accelerate theoretical physics research by decades.

Author and independent researcher Ra Jordan, known for The Omega Civilization series, reports that while developing new material for his upcoming book on consciousness and information physics, he began exploring how particles form correlations across scales.

A single moment of visualization led to the breakthrough.

“I imagined particles forming correlations in a kind of geometric dance,” Jordan explains. “That image made the structure click — and suddenly the Golden Ratio showed up where no one was expecting it.”

From that geometric intuition, he arrived at a minimal condition for vacuum-correlation stability:

∇𝒞 = 0   ⇒   R_n+1 = φ R_n

This means that if the vacuum maintains correlation equilibrium (∇𝒞 = 0), then the only stable multi-scale geometry is one built from φ-scaled curvature shells.

A Simpler Route Into Quantum Gravity?

If correct, this relation would directly intersect multiple unsolved areas of physics:

• The cosmological constant problem: φ-quantized curvature shells may naturally suppress runaway vacuum energy.
• A geometric alternative to renormalization: Divergences may indicate missing geometric boundaries.
• A unified-field bridge through information: The equation unifies correlation structure, not force carriers.
• AI-accelerated physics: The formula is small enough to plug directly into tensor networks and variational models.

Early readers describe the relation as “unexpectedly elegant” and “the kind of idea that either collapses under scrutiny or rewrites half of theoretical physics.”

How It Emerged: An Information-First Framework

Jordan’s work is built on a guiding assumption:

Information is primary; geometry and physics emerge from stable patterns of correlation.

Under this view, the vacuum is not empty space — it is the informational substrate from which particles, fields, and spacetime arise.

This framework predicts that if correlations must remain stable across scales, the resulting geometry must be self-similar. φ is the only ratio that preserves scale-free, self-consistent structure.

That insight led directly to the φ-scaling relation.

What It Means If Proven True

If validated by mathematicians and physicists, the φ-scaling relation could open doors typically requiring decades of incremental work:

• A unified description of vacuum structure
• New predictions for particle masses and coupling constants
• A geometric explanation for dark energy
• The first experimentally testable model of “vacuum engineering”
• A potential foundation for exotic propulsion and advanced energy systems

Jordan emphasizes that he is an independent author, not an academic physicist, and welcomes expert scrutiny.

“If the equation survives the math, it would mean physics has been looking at the right data through the wrong lens,” Jordan says. “And suddenly the next fifty years of discovery collapse into the next five.”