The Ontological Perspective of Dynamical Information: Mechanisms of Black Hole and Mass Formation, and the Non-conservation of Total Information — A Cognitive Path Beyond Optical Signal Observation动力学信息本体论视角下的黑洞和质量形成机制以及总信息量不守恒——超越光信号观测的认知路径

This paper proposes a non-conventional cosmological framework grounded in information ontology. Taking the “information self-referential impetus” as its first principle, the framework reinterprets matter, spacetime, and black holes as distinct manifestational layers of informational game-states. Antimatter is treated as the substrate that upholds the manifestation of matter, and its “subsiding” process constitutes the topological formation of primordial black holes; the mass and momentum of matter, in turn, manifest relative to the gravitational potential well of black holes. Within this framework, dark matter and dark energy correspond respectively to the “viscosity” and “tension” of the information self-referential impetus, while spacetime itself is not a priori container but a product of informational emergence. The paper further argues that total information is not conserved—information proliferates through difference and relation—and that the origin of the universe should be understood as a global, multi-site emergence rather than a single-point event. Finally, it explores the possible epistemological role of “enlightenment” (悟) as a direct cognitive path not dependent on light-signal observation. If humanity comes to recognize information as the foundational substrate of the universe, the formation mechanisms and roles of black holes in cosmic evolution will be reformulated. The mass effects arising from their gravitational potential wells may require revaluation, and their motion boundary effects may also be restated. It will then become clear that the nature of dark matter and dark energy is directly related to our understanding of black holes. Physical constants are merely coordinate systems artificially established to measure the processes of change in all things.