The Information-Processing Universe: A Hypothesis of Spacetime as a Processing Manifestation from a Hidden Information Dimension

This paper seeks to enhance and strengthen existing theoretical frameworks or potential new theories by proposing an innovative theoretical framework know as Information-Processing Universe hypothesis, which reconceptualizes the universe as intrinsically informational, anchored in a "Hidden Informational Dimension". By positing that the fundamental structure of the universe is underpinned by informational dynamics, I explore how conventional concepts of spacetime should be perceived as a manifestation emerging from informational interactions [1,2], which intrinsically entails a specific extent of information loss. I also propose a cyclic universe model with alternating energy states, emphasizing energy conservation and complex interactions between information and matter. The framework connects gravitational effects and time dilation to informational dynamics, integrating quantum mechanics with information theory, particularly via Bell's theorem, and opens new avenues for understanding reality's fundamental nature.