Dark Matter as Structural Memory and Dark Energy as the Polar Expansion Field: A Holographic Hypothesis for Cosmological Condensates

This paper proposes a conceptual interpretation of dark matter that fundamentally differs from conventional particle-based models. Rather than introducing a new fundamental particle, dark matter is interpreted as Structural Memory: a persistent geometric state generated by previous large-scale structural transitions (Condensation Events) of the universe. Within this framework, information is not destroyed during cosmological critical events; instead, part of the organized structure becomes geometrically compressed and remains embedded within spacetime itself. The accumulated structural memory manifests gravitationally while remaining electromagnetically silent. Dark energy is interpreted as the complementary Polar Expansion Field that continuously opposes structural compression. Together, they form two complementary poles of a single large-scale structural process. This paper offers a holographic interpretation of structural memory, redefines the event horizon as an informational boundary, aligns with modern cosmological findings, and provides testable predictions for future observation.