Cellular Senome and Plant Living Phase-Lock Principle

This work responds to Tony Trewavas FRS by expanding the biological explanation and narrowing the paper toward a plant-signaling and plant-behavior audience. The central OUXSPACE idea is retained but reframed conservatively: living systems can be modeled as resource-coupled, address-bearing, repair-capable programs, while plants provide the most suitable first peer-reviewed target because they exhibit non-neural distributed agency, signal integration, plastic growth and resource-seeking behavior. The Baluška correction remains central. The electrome is not treated as equivalent to the senome. The senome is the wider fast cellular interface: electrome, redoxome, ionome, reactive radicals, membrane state, local chemistry, hydration and boundary sensing. Epigenomic and genomic layers are slower memory and archival layers. The Living Phase-Lock Principle is therefore rewritten as a plant-testable senomic compatibility model: a local plant module continues, grows, repairs, defends or pauses only when resource usability, coupling, timing, energy and damage thresholds favor future viability.