The Infinite Iteration Principle
Vol. 2 : Evolution and Intelligence
Preface
Part 1 - Introduction
Intelligence and Consciousness
The IIP-VGF Framework
Environment Entanglement in the Species
Partitions
Part 2 - Intelligence and Evolution
Intelligence is Emergent
Intelligence as a Functor
The Functorial View of Evolving Intelligence
The Effects of Redundancy
The Nature of Evolution
The True Nature of Decoherence
The Decoherence of Intelligence and Coherence Recovery
The Interaction of Coherence and Decoherence
Coherence Recovery
Part 3 - Deep Time
The Geologic Calendar
Nested Geological Time Units
Quantum Decoherence and Evolutionary Intelligence
The IIP-VGF and the Phylogenetic Tree
Part 4 - The Brain
Iteration in the Brain
Neuroplasticity Seen as Redundant VGF Loop Stabilisation
Nesting in Neural Intelligence - Hierarchies of Coherence and Redundancy
Cross Frequency Coupling (CFC) in the Brain
Cognition and the Brain
The Mind
Conclusion
Part 1 - Introduction
Intelligence and Consciousness
The IIP-VGF Framework
Environment Entanglement in the Species
Partitions
Part 2 - Intelligence and Evolution
Intelligence is Emergent
Intelligence as a Functor
The Functorial View of Evolving Intelligence
The Effects of Redundancy
The Nature of Evolution
The True Nature of Decoherence
The Decoherence of Intelligence and Coherence Recovery
The Interaction of Coherence and Decoherence
Coherence Recovery
Part 3 - Deep Time
The Geologic Calendar
Nested Geological Time Units
Quantum Decoherence and Evolutionary Intelligence
The IIP-VGF and the Phylogenetic Tree
Part 4 - The Brain
Iteration in the Brain
Neuroplasticity Seen as Redundant VGF Loop Stabilisation
Nesting in Neural Intelligence - Hierarchies of Coherence and Redundancy
Cross Frequency Coupling (CFC) in the Brain
Cognition and the Brain
The Mind
Conclusion
The IIP-VGF framework provides a way of understanding evolution and intelligence that goes deeper than brains, genes, or even species. In the IIP–VGF framework, intelligence is treated not as a thing that suddenly appears inside organisms, but as an ongoing process that unfolds through time, shaping both the inner coherence of living systems and the external environments they inhabit.
Rather than viewing intelligence as something sealed within minds and brains, this approach describes it as a relational activity: a generative movement in which internal organisation and external conditions co-evolve together. The excerpt that follows introduces this idea by describing the evolution of intelligence as a functor—an ongoing transformation that links what intelligence is internally with the functional world it brings forth and responds to.
Rather than viewing intelligence as something sealed within minds and brains, this approach describes it as a relational activity: a generative movement in which internal organisation and external conditions co-evolve together. The excerpt that follows introduces this idea by describing the evolution of intelligence as a functor—an ongoing transformation that links what intelligence is internally with the functional world it brings forth and responds to.
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