Adaptive information geometry
Auhtor - Adam taylor
Adaptive Information‑Geometry Correspondence proposes that spacetime geometry is not fixed but dynamically adjusts to informational structure. It treats geometry as an organisational substrate that responds to complexity, coherence, and computational demand. Quantum structure, causal structure, and geometric structure are unified through an adaptive mapping rather than a static one. This framework generalises modern emergent‑spacetime models by making the information‑to‑geometry correspondence itself dynamic.
Curvature‑State Developmental Framework for Planetary Gravity
Author - Adam Taylor
Gravity is reinterpreted as a developmental outcome rather than a primitive force. Terrestrial planets diverge through irreversible branch points governed by minimal state variables. Earth, Venus, and Mars follow distinct curvature‑state trajectories under identical physical laws. This framework unifies planetary formation and curvature‑state engineering into a predictive model.