Boundary Geometry and Perceptual Organization: A Spherical Framework for Conception, Perspective, and Completion

Perceptual experience consistently exhibits structural patterns that repeat across cultural narratives, meditative practices, and formal systems of geometry. This paper presents a geometric framework that organizes perception as a boundary-dependent compression layer within a spherical container model. Conception, perspective, and perceptual filtering are treated as nested structural phases rather than psychological states. When the container is modeled as finite, perceptual filtering dominates organization. When the container is modeled as unbounded, perceptual filtering ceases to function as a primary organizer, revealing bilateral symmetry and mirror coherence. The framework integrates spherical geometry, boundary conditions, and phenomenological observation into a single explanatory structure without reliance on metaphysical assumptions. boundary geometry, spherical container, perception, perspective, conception, symmetry, mirror coherence, perceptual filtering, compression, phenomenology, systems theory, geometric cognition, awareness, container models, bilateral symmetry, boundary completion, finite containers, unbounded containers, structural perception, cognitive geometry, spatial awareness, reflective symmetry, observer relations, salience, attention, containment, coherence, experiential structure, relational geometry, perception models, consciousness studies, ecological perception, nondual structure, mirror relations, closure, systems coherence, boundary conditions, spatial organization, geometric frameworks, phenomenological geometry, perceptual organization, container theory, relational symmetry, structural awareness, perception suspension, spherical systems, geometric integration