The Quaternary Interpretation of Quantum Dynamics (QIQD) proposes a novel framework for understanding quantum phenomena, emphasizing the interconnectedness of four fundamental properties: Presence, Power, Knowledge, and Harmony. Rooted in mathematical spaces generated by imagining varying light speeds, QIQD offers a unified perspective spanning quantum particles to life itself, revealing the cosmos as a cohesive system. QIQD reinterprets core quantum concepts: superposition as the interplay of potentialities across mathematical spaces, entanglement as the deep interrelationship of all layers of reality, and uncertainty as an incomplete projection of deeper deterministic spaces onto the material plane. Central to QIQD are “seeds,” foundational computational objects encoding information that gives rise to all structures. The interplay of seeds across layers, with deterministic origins and emergent material expressions, forms the computational fabric of reality. QIQD further connects the differentiation of light’s properties to the emergence of space, time, energy, and gravity (STEG), each reflecting one of the four foundational properties. This fourfold structure is mirrored at subatomic, atomic, and cellular levels, demonstrating its universality. Grounded in mathematical constructs like Unified Hilbert Space, Unified Quantum Object (UQO), a modified Schrödinger equation, a generalized uncertainty relation, and the concept of “quantum certainty” achieved through feedback loops and STEG quantization, QIQD offers a new paradigm for advanced quantum computing, understanding biological systems and genetics, exploring emergent intelligence, and redefining computation as a fundamental cosmic process. Key tenets of QIQD include fourfold ontological dynamics across layers, STEG as a materialized expression of these four properties, Quantum Object Code governing quantum states, and emergent computation driven by iterative fourfold dynamics.