The Directed Human-Like Being on One Earth: Ancient Fossils, Material Ancestry, and the 12,000-Year Divide

What does Earth's ancient geological record reveal about the beings who inhabited it before the emergence of modern civilization? And can anatomical resemblance, shared terrestrial history, and material ancestry be treated as the same physical relation? This study investigates these questions within Six-Throat Directed Geometry through the Material Genealogical Discontinuity Hypothesis. It proposes that the human-like beings associated with the ancient fossil and archaeological record belonged to earlier cosmic cycles on the same directed face of Earth now occupied by present humanity, while their material genealogical history is distinct from that of present-day humans. A fundamental distinction is established between these ancient occupants and the contemporaneous rational counterpart existing on Earth's opposite directed face. Historical succession across cosmic cycles and simultaneous directional parallelism are treated as two different physical relations, preserving the independence of individual identities. The investigation brings together dated evidence from Jebel Irhoud, Omo I, Blombos Cave, Leang Karampuang, White Sands, and Göbekli Tepe. These archaeological records are examined alongside the remarkable contrast between hundreds of thousands of years of ancient material history and the approximately 12,000-year interval associated with the development of increasingly integrated scientific, technological, industrial, and spacefaring civilization. The mathematical framework separates geological occurrence, anatomical classification, material genealogy, and individual identity. It establishes a non-injectivity theorem for reconstructing ancestry from morphological and geological observations alone, develops exact conditional and marginal Bayesian comparisons of technological-integration timing, and derives quantitative bounds for the non-detection of ancient material infrastructure under specified preservation and discovery conditions. The study also introduces a cosmic-day chronology based on the directed sunrise–sunset cycle, locating the present terrestrial epoch within that temporal framework and relating its inferred chronology to the early Holocene. Together, these geological, mathematical, and chronological results provide a reproducible foundation for investigating the history of human-like terrestrial occupants, the distinction between successive and parallel directed existence, and the proposed discontinuity of material ancestry across cosmic cycles. The accompanying computational package contains the mathematical models, executable programs, numerical results, and figures for independent examination.