Logon Framework v3.18 — Beyond Markov: Process-Level and Amplitude-Capable Generalization (Landing-Site Framework; No Proofs Claimed)

# Zenodo description — Logon Framework v3.18 ## What this is **Logon Framework v3.18** is a strict generalization of v3.17. It extends the typed kernel from a discrete/Markov presentation to **process-level objects** capable of expressing: - non-Markov (history-dependent) dynamics,- amplitude/interference as a first-class possibility (not merely hidden-state stochasticity),- endogenous locality via a coupling field **W** with rate-limited updates (finite propagation),- coarse-graining / scaling as typed maps on histories, with explicit licensing conditions for when an effective classical/Markov description is valid. v3.18 is deliberately scoped as an **expressibility / landing-site** document. It does not claim to derive physics results; it aims to provide clean typed places where those structures could live, and to state explicit admissibility/firewall constraints that keep the framework checkable. ## Files - `logon_framework_v3.18.md` — main v3.18 document. ## Relationship to v3.17 v3.17 remains the stable discrete kernel document. v3.18 does not replace it; it broadens the kernel so that v3.17 is recovered as a special case (classical process class + Markov factorization). ## Keywords logon framework; typed kernel; process objects; non-Markov dynamics; decoherence licensing; coarse-graining; emergent locality; admissibility; epistemic firewall