Chrology a Unified Multiscale Framework for Interpreting the Universe Across Five Domains of Existence

Chrology establishes a foundational epistemological paradigm that interprets the universe as the structured manifestation of its own original existence and ontological presence. Through five hierarchically nested domains Extramicroscopique, Microscopique, Normal, Macroscopique, and Extramacroscopique Chrology organizes reality into a re-cursive matrix of 25 analytical subfields per domain. This architecture enables high-resolution synthesis of phenomena spanning quantum decoherence, molecular self-assembly, biochemical networks, ecological systems, planetary morphogenesis, and supergalactic topology. This model integrates historical insights from Egyptian Civilizations, Galilei’s heliocentrism to Laplace’s celestial mechanics with contemporary datasets (JWST, Gaia, COBE, Hubble) and observational evidence spanning lunar thermodynamics, planetary magnetosphere behavior, asteroid morphology, Martian geostructures, cryogenic satellites, and galactic clusters. Microscopic data includes viral capsid dynamics, bacterial signaling, atomic orbitals, molecular vibrations, quantum tunneling, electron spin asymmetries, and nanofluidic fields. Terrestrial observation across Europe, Africa, America, and Asia validates the recurrence of these domains via unaided human perception. Mathematical decomposition and dimensional harmonics underpin a unified model demonstrating that at any given portion of the universe in existing and presence regard-less of scale or location is mapped through these five （5） domains. Chrology defines a universal scientific architecture that frames existence as a nested continuum structured by recurrence, symmetry, and observability. It unifies predictive diagnostics and transdisciplinary synthesis across physics, biology, chemistry, geotechnics, and cosmology. Phenomena are interpreted as manifestations of the universe’s intrinsic logic. This logic is formalized into scalable grammar, enabling recursive modeling, symbolic integration, and epistemic advancement throughout the natural sciences.