Evolution as Coherence Field Optimization: Ecological Niches, Species Stability, and Phase Drift Dynamics

This paper reconceptualizes biological evolution and ecosystem dynamics through the lens of the Coherence Field Paradigm (CFP), a first-principles framework based on relational phase dynamics. It proposes that species are stabilized coherence fields rather than genetic aggregates, and that ecological niches are structured coherence gradients—not resource containers. Mutation is reframed as phase drift, adaptation as rebinding, and extinction as field collapse. Ecosystems are modeled as networks of Coherence Bond Channels (CBCs), and biodiversity is interpreted as coherence density across relational phase space. Case studies include the platypus, coral reef dynamics, predator–prey phase coupling, and modern human adaptation to cultural gradients. The paradigm offers new pathways for conservation biology, restoration ecology, and evolutionary theory grounded in field structure, coherence memory, and relational identity. Keywords: Coherence Field Paradigm, Evolution, Ecology, Biodiversity, Speciation, Ecosystem Collapse, Phase Drift, Coherence Bond Channels, Conservation Biology, Human Evolution, Platypus, Coral Reef, Relational Biology, Systems Theory