The Causal-Cone Agency Field: A Single Typed Structural Field of Causal Agency, Retained Dynamics, Interaction Readouts, and Non-Suppressive Coexistence
Year: 2026
Type: preprint
Abstract: For a finite roster I with local causal pasts Past(i), let CI = Ti∈I Past(i). We define one Causal-Cone Agency Field, with anative two-scope readout and a conditional typed dynamical realization:ΦI,n,τ := ΦordI,n,τ , LiftI,n,τ,ΦordI,n,τ := FlocI,n , GcomI,n (CI ), Lift ∈ {⊥} ˙∪ L.The local component reads each Past(i); collective contracts, witnesses, and comparisons read only CI . An admissible lift recordsan attributed retained state and typed domain projections; it does not identify ordinal agency grades with vector dynamics,physical forces, energies, or turbulence rates. A field-level update is defined on the observed image precisely when the retainedtransition is constant on the fibers of the agency readout. Toledo’s discrete stepper, the reader–record action, append-only Tape,RTPE relaxation and the Genesis unified-force projection programme are thus internal conditional constitutive readings of one field,not competing field roots. The informationist primitive is declared, source-tier claims are preserved, and the CCAF dynamicallift and unrestricted physical force unification remain open. We additionally distinguish witness quality from consensus anddevelop a typed, non-deterministic coexistence face: thwarted goals may be experienced as frustration; conflict requires anindependent incompatibility witness; violence, structural deprivation, and non-suppressive peace require separate causal,normative and repair-channel tests.Keywords: informationist ontology; single agency field; causal cone; typed dynamical lift; Toledo; variational action; Tape;turbulence; unified-force projections; translation sufficiency; conflict and repair; non-suppressive peace.
Author: Lahtee, Yaoharee
Language: English
Topic: Complex Systems and Dynamics
Subfield: Statistical and Nonlinear Physics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7225561196