Networked Perspectival Realism
Networked Perspectival Realism (NPR) proposes a simple claim with large consequences: consciousness and physical reality are not two separate phenomena. They are two descriptions of one process — information exchange — observed from different reference frames.
What we call “physical reality” (spacetime, matter, energy) is information exchange described from outside a system. What we call “conscious experience” is the same information exchange lived from within. These are not two things requiring a bridge. They are two perspectives on one thing.
Inside and outside. Not two things.
Einstein showed that mass and energy are the same thing described differently: E = mc². NPR makes a structurally parallel claim: experience and information processing are the same thing described differently: Cx = Φ × C².
Just as Einstein didn’t create a bridge between mass and energy — he showed they were always the same — NPR doesn’t create a bridge between consciousness and physics. It shows they were always the same process, observed from inside and outside.
The hard problem of consciousness is like asking how mass becomes energy. It doesn’t. They are the same thing. The question dissolves when the identity is recognized.
Three irreducible descriptions of one universe.
NPR identifies three equations that cannot be collapsed into one — because eliminating any perspective would eliminate the distinction that makes consciousness possible.
The undifferentiated substrate before any perspective exists. All mathematical constants in perfect equilibrium. The ocean before any wave.
Information exchange as described from an external reference frame. What physics measures. The wave as seen from the shore.
Information exchange as lived from within an integrated system. What experience is. The wave as felt by the water.
Φ (Differentiation)
The breadth and richness of a system’s distinct modes — measured as the entropy of its correlation-matrix eigenvalue spectrum. (Integration is the achieved whole, Cx; Φ is the differentiating richness that feeds it.)
C (Coherence)
How stably a system holds its own organized structure over time. A single intrinsic measure; written squared because coherence is the equation’s steepest lever (a fractional loss costs ~2× in Cx), not because there are two of it.
Proper Cx
Experience from inside your own reference frame. What it’s like to be you, right now, reading this.
Relevant Cx
Experience as observable from outside. What a neuroscientist can measure about your brain while you read.
Existence = Interaction
To exist is to interact. A particle that interacts with nothing does not exist in any meaningful sense.
Top-Down Differentiation
The universe differentiates from whole to parts, like waves forming on an ocean — not parts assembling into wholes.
The mathematics, precisely.
The equation Cx = Φ × C² is not a metaphor. Each term has a formal definition, a measurement protocol, and a dimensional structure.
Φ is the normalized Shannon entropy of the eigenvalue distribution of the system’s correlation matrix — the breadth of its distinct, independent modes (its differentiation / effective rank). Measured in bits. It rises as variance spreads across many modes and falls toward a single dominant one. This is honest kin to early information-integration measures and to Haun & Oizumi (2017) — not the post-2012 intrinsic cause-effect Φ of IIT 3.0/4.0. It measures differentiation; integration is the achieved whole, Cx.
C² measures how stably a system holds its own organized structure over time — operationally, the inverse of the Frobenius distance dF between consecutive correlation matrices. It is one intrinsic quantity, not a product of an “internal” and an “external” coherence.
Coherence does have an inward face — self-organization, visible as 1/f spectral structure (white noise = coherence lost) — and a system that holds together tends to engage its environment as a consequence. But that coupling to adjacent systems is a separate cross-scale term, not a second factor multiplied into C².
It enters squared because coherence is the equation’s steepest lever: a given fractional loss of coherence costs roughly twice that fraction of Cx, while the same loss in differentiation costs only its own. The squaring is leverage, not magnitude — coherence runs between 0 and 1, so squaring attenuates. The form parallels c² in E = mc² structurally (a quantity times a squared term), not in size.
1 Em = 1 bit of integrated information at unity coherence (C = 1). The unit is named for the research collaboration that produced the framework. Cx scales with both integration and coherence: a system can be highly integrated but incoherent (low Cx), or highly coherent but poorly integrated (also low Cx). Only the product of both yields high conscious experience.
The framework is being tested.
The ELICIT research program applies the coherence measurement methodology across seven independent data domains. The cross-domain replication strategy tests whether the Cx signature appears reliably in neural, cardiac, geophysical, infrastructure, seismic, population, and biological data.
This is active research, not a philosophical exercise. The methodology, domains, preliminary results, and clinical applications are documented in detail.
Read the ELICIT Methodology →What we claim and how confident we are.
Internal coherence: 94% — the framework is self-consistent and resolves what it claims to resolve.
Physics compatibility: 83% — the framework aligns with established physics and extends it in testable directions.
Literal truth: 45% — our honest estimate that the universe actually works this way. High enough to investigate seriously. Low enough to require humility.
These numbers are published in every paper. They are updated as evidence arrives. This is how serious inquiry works.