Theoretical synthesis demonstrates a discrete dual-layer information-processing model of the cosmos, providing a unified foundation for fundamental physical laws.
This paper summarizes and organizes the axioms, postulates, and fundamental definitions of QTIP Cosmology presented through the previous 11 studies. QTIP Cosmology defines our universe as a discrete and finite information-processing system with self-sustaining characteristics, and distinguishes its global structure into an information layer and a representation layer. Based on this structure, the paper systematically presents the fundamental definitions of information, Tick(T4), simultaneity, physical events, the invariance of the speed of light, and observation. This paper is intended to provide a unified conceptual foundation for understanding the previous studies and for future research on QTIP Cosmology.
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Seungyoung Choi (2026) studied this question.
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