Computational_Universe_Model__UCS__and_Information_induced_Time_Dilation_ITD

[Companion Paper: Theoretical Architecture]

The present study establishes the mathematical formalism and experimental protocols for Information-Induced Time Dilation (ITD).

For the system-theoretic framework and architectural derivation (e.g., Server Layer/Observer Node mechanics) that substantiate these physical predictions, refer to the foundational document below.

"The Architectural Foundation of the Universal Computing System"

Companion Paper DOI: https://doi.org/10.5281/zenodo.18058446

We propose an information-dynamical framework in which the universe is modeled as a Universal Computing System (UCS), aiming to provide a unifying interpretation between general relativity and quantum mechanics. Within this framework, physical reality is treated as the outcome of computation, and we introduce the hypothesis of Information-Induced Time Dilation (ITD), a form of temporal delay independent of mass density. ITD is interpreted as a dynamic throttling phenomenon arising from the finite computational resources of the universe. We further propose an experimental protocol based on differential measurements using Sr-87 optical lattice clocks to empirically test the existence of ITD. The framework predicts a necessary modification term to standard relativistic time dilation, characterized by a nonzero coupling constant (α).

(Version 2: Added Appendix A for theoretical framework and critical analysis including Q&A on ITD and life's systemic necessity.)