This monograph presents a unified framework for informational physics, a theory in which distance, dynamics, waves, fields, and curvature arise from informational work, pressure gradients, and divergence patterns rather than geometric spacetime. Building on previous papers on informational ontology, informational dynamics, informational waves, informational fields, informational geometry, observable signatures, and simulation frameworks, this work integrates all components into a single coherent model. The informational universe is formulated as a relational structure governed by informational gradients, producing phenomena structurally analogous to classical physics while remaining ontologically distinct.
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Maurice Kley (2026) studied this question.