Vector Coherence Theory: A Unified Framework for Structure, Perception, and Reality

All coherent phenomena share a common mathematical and experiential foundation: vector alignment. This paper introduces Vector Coherence Theory (VCT) as a universal descriptive framework capable of spanning physics, biology, perception, time, and consciousness without fragmentation. Rather than modeling reality through force, substance, or reductionist causality, VCT treats coherence itself as the primary organizing principle. Structure emerges through aligned vectors. Complexity unfolds through phase relationships. Experience arises when coherence is embodied. This framework applies equally to cosmology, living systems, cognition, and technology, offering a center-based language that remains stable across scale. vector coherence, coherence theory, relational physics, phase alignment, universal framework, geometry of reality, consciousness structure, biological coherence, time as phase, perception geometry, vector fields, phase dynamics, carbon lattice, bioelectricity, holographic systems, relational ontology, system stability, coherent technology, plasma geometry, nervous system coherence, awareness emergence, field theory, scale invariance, unified model, structural alignment, experiential physics, coherence fields, resonance, phase continuity, relational systems, geometry and life, embodied coherence, center-based physics, non-reductionist science, universal patterns, vector mathematics, coherent evolution, systems theory, alignment principle, reality modeling