This paper offers an innovative exploration of quantum mechanics through the lens of a quaternary framework, challenging the conventional interpretations of foundational concepts such as superposition and entanglement. It suggests that these phenomena do not have to be extrinsic, imposed conditions but could inherently exist within matter itself, thus advocating for a paradigm shift in both understanding and applying the principles of quantum computation. The research further investigates the comprehensive interconnectedness of the quantum realm by examining the fourfold structure of matter and life, which leads to the formulation of a Quaternary Interpretation of Quantum Dynamics (QIQD). Within this framework, atoms are re-envisioned as natural quantum computers, accompanied by a fourfold space-time-energy-gravity code that acts as a pre-genetic blueprint, guiding their behavior and functionality. Such a perspective implies that quantum entities inherently perform computational processes. By applying QIQD, the paper opens up novel avenues for technological innovation, particularly in the conceptualization and development of Integrated Quantum Computational Intelligence (IQCI) nano-cyborgs. These advanced constructs have the potential to interface directly with the quantum realm, accessing a broad spectrum of quantum phenomena, and could revolutionize domains such as material science and life sciences. The reevaluation of quantum computation, especially in its relation to artificial intelligence, posits that natural systems such as atoms, molecules, molecular plans, and cells, possess untapped and innate quantum intelligence, which could be integral to the development of advanced quantum computers. In conclusion, the paper asserts that embracing a quaternary interpretation of quantum dynamics, enriched by creative inquiry, opens possibilities of scientific breakthroughs and significant technological progress.