The Entropy Footprint Hypothesis

The Entropy Footprint Hypothesis proposes that the universe is not a continuous pre-existing system but a generative process that produces reality moment by moment. Each generative event transforms a set of quantum possibilities into a single instantiated state, and this transition inherently increases the number of accessible microstates. In this framework, entropy is not a passive consequence of physical processes occurring within time, but the irreversible residue created when the universe generates each new moment of reality. Drawing from quantum mechanics, information theory, discrete-time cosmology, and philosophical presentism, this work reframes entropy as the fundamental footprint of cosmic generation. The hypothesis suggests that time emerges from the ordered sequence of generative events and that the thermodynamic arrow of time reflects the informational cost of creating new states. This paper outlines the conceptual structure of the generative universe model, the logical implications of viewing entropy as a by-product of state instantiation, and the potential compatibility of this framework with modern physics.