Extantons and the Lense-Thirring Engine: Entropy Equilibrium in the Closed-Loop Heliospheric Saddle

This paper integrates Zurek’s theory of extantons with the mechanical reality of the Earth and Solar System as closed-loop systems for matter (Biosphere 1). We propose a stable threefold cosmos where the Classical Universe is defined by a Saddle geometry (k=-1), functioning as a high-capacity physical server for recycled bio-quantum information. By incorporating the Lense-Thirring effect (gravitational frame-dragging) as the dynamical driver of informational circulation, we demonstrate that Maxwell’s Demon operates as a non-invasive harvester. Utilizing the interstellar plasma medium (k=0) and persistent redundant records currently archived on the Moon and in interstellar space, we prove that information is conserved across billion-year timescales. This framework establishes that in a closed-loop system, informational persistence ensures thermodynamic stability and sentient equilibrium without violating thermodynamic laws or requiring invasive data erasure.