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Eclipsed Horizons: Unveiling the Dark Genome presents a revolutionary perspective on the human genome, challenging the conventional notion that non-coding DNA is merely 'junk.' Through rigorous scientific analysis, the book reveals that these vast non-coding regions -- comprising 98% of our genome -- function as a sophisticated adaptive reservoir with latent potential that activates in response to environmental challenges.The book develops a compelling information-theoretic framework to understand how this 'dark genome' operates as nature's supreme adaptive system. Beginning with a speculative scenario of space-adapted humans called Homo minimus, it traces the cosmic origins of life's elements, explores DNA's remarkable information architecture, and examines evolutionary transitions where non-coding regions played crucial roles in developing complexity. While incorporating speculative elements to engage readers, the book maintains academic rigor throughout, making it suitable as a textbook on the dark genome. Each chapter builds on empirical research while proposing testable hypotheses about genomic function, regulatory networks, and stress-responsive elements that activate during environmental crises.The culminating chapters explore potential implications for humanity's cosmic future, suggesting that the dark genome may harbor adaptations relevant to space environments. This hybrid approach -- balancing academic precision with accessible narrative and thoughtful speculation -- makes Eclipsed Horizons: Unveiling the Dark Genome valuable for both specialized academic audiences and interested general readers seeking a deeper understanding of genomic complexity beyond conventional paradigms.