What question did this study set out to answer?

To extend Causal Memory Gravity by introducing a relational GKSL dynamics within an open-system framework.

June 8, 2026Open Access

Causal Memory Gravity X: Emergent Fermion Sector, Asymptotic Unitarity, Relational GKSL Dynamics, and CLASS Interface

Key Points

To extend Causal Memory Gravity by introducing a relational GKSL dynamics within an open-system framework.
Developed a minimal open-system extension of Causal Memory Gravity.
Formulated a two-excitation parent theory with conserved norms and relational GKSL semigroup.
The GKSL sector acts as a Born-Markov reduction of a deeper memory channel.
Introduced mechanisms that ensure norm conservation under the amplitude-level theory.

Abstract

We formulate a minimal open-system matter-sector extension of Causal Memory Gravity (CMG)based on a relational Gorini–Kossakowski–Sudarshan–Lindblad (GKSL) dynamics 13, 14 on theunderlying dynamic Planck network (DPN). We show that this GKSL sector is the Born–Markovreduction of a deeper retarded DPN memory channel, introduce the amplitude-level two-excitationparent theory whose norm is exactly conserved and whose Markov limit recovers the relational GKSLsemigroup (the Born–Markov baseline of the present paper).

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