The Coherence Lattice: A Vector Architecture for Mapping Discovery Across Scales

Coherence expresses itself through structure. This paper introduces the Coherence Lattice: a vector-based architectural framework that maps discovery, perception, and system evolution across scales without requiring curvature-based mathematics. The lattice operates through fixed vectors, rotational symmetry, and harmonic offsets that nature applies intrinsically. By tracking only vectors and centers of curvature, the framework preserves coherence while allowing expansion into complex domains. The Coherence Lattice functions as a universal mapping system for physical, biological, cognitive, and informational phenomena. coherence lattice, vector architecture, harmonic structure, discovery mapping, phase geometry, systems coherence, vector mathematics, dimensional projection, 2.5D interface, harmonic offset, twelvefold symmetry, rotational hinges, quarter turn dynamics, center tracking, invariant structure, coherence theory, lattice framework, universal geometry, resonance mapping, stability architecture, information geometry, phase continuity, structural symmetry, complex systems mapping, perceptual geometry, cognition structure, biological coherence, planetary systems, discovery architecture, field coherence, geometric invariance, systems design, phase transitions, vector fields, harmonic lattice, curvature centers, coherence mapping, interdisciplinary framework, resonance structure, scalable architecture, knowledge geometry, pattern stability, lattice dynamics, universal system