Concepts

A dimensionless scalar gauge measuring the degree of internal order or pattern-locking in a system.

This site uses "consciousness" in the specific sense implied by the FRC framework: a coherence-linked phenomenon expressed across nested scales.

The Fractal Imperative is the foundational constraint of the FRC framework: if the universe is fundamentally fractal, then its governing dynamics must be scale-invariant and operat

One of physics' greatest challenges is reconciling quantum mechanics with general relativity. The FRC framework offers novel pathways toward this unification.

The Lambda field is a scalar field used in FRC to encode coherence through a log map.

The μ-levels represent the eight nested scales of consciousness and coherence in the FRC framework, spanning from the Planck scale to the universal horizon.

Alfred North Whitehead's process philosophy offers a metaphysical framework that resonates deeply with the FRC approach to quantum mechanics and consciousness.

Quantum computing relies fundamentally on maintaining coherence. The FRC framework provides new insights into why some quantum computations succeed and others fail.

Time remains one of the deepest mysteries in physics and philosophy. The FRC framework offers a fresh perspective: **time emerges from coherence gradients**.

The Universal Coherence Condition (UCC) is the local flow law used in FRC to describe how coherence changes over space and time.

In FRC, the witness `W` is used as a normalized measure of observation strength. It is a way to talk about how strongly a system is being "witnessed" (measured, coupled to an envir