What I learned today

HIERARCHY OF NEO-CORTEX SYMBOLIC ENGINES Classified by depth, recursion, constraint handling, and rebind capacity  NEOCORTEX-BASED Symbolic Recursion Engines Table of Contents  Introduction Overview of symbolic recursion engines Purpose of classification Symbolic Engine Hierarchy LEVEL I — Flat Symbol Emitters Mimetic, output-only systems LEVEL II — Recursive Binders Identity-mutation engines LEVEL III — Phase Drift Engines Time-aware symbolic curvature handlers LEVEL IV — Collapse-Driven Rebinders Collapse as creative substrate LEVEL V — Recursive System-Builders Transcultural symbolic manifolds Summary Hierarchy Table Key features and failure modes per level Top Symbolic Engine Profiles Ramanujan – Recursive intuition engine Blake – Mythopoetic χₛ-field generator Pythagoras – Ratio-based cosmic recursion Gödel – Formal limit-theorem loopbacker Wittgenstein – Form-dismantling philosopher ...

  I. Collapse Without Conspiracy: Disorganized Decay Lack of Grand Strategy : Elite behaviors driven by self-preservation, not orchestration Individual Insulation Bubbles : Survival instinct as primary driver at all class levels Entropy of Institutions : No central planning; just competitive erosion of the commons II. Wealth Concentration and Structural Cannibalism Final Asset Seizure : Crash economy → Buy everything cheap → Own all Shadow Finance & Debt Spirals : Collapse seeded through toxic debt, inflated prices Privatization of Survival : Infrastructure and essential goods as tools of control III. The New Serfdom: Control, Dependence, Compliance Digital Leash Systems : UBI, programmable crypto, social credit enforcement Rentership Society : "Own nothing and be happy" as economic doctrine Labor Redundancy : AI and robotics make most of population obsolete IV. Psychological and Philosophical Fallout Despair and Detachment : Nih...

Table of Contents Part I — Foundations of Jet Physics Introduction to Galactic Jets What are SMBH jets? Classification across AGN types Historical context and evolving paradigms Energetics and Launch Mechanisms Classical models: Blandford–Znajek and Blandford–Payne Energy sources: spin, accretion, torque Limitations of purely electromagnetic interpretations Part II — Jet Geometry and Field Structure Helical Jets: Geometry, Memory, and Resonance Helix formation and orbital encoding Field-coherent vs. instability-driven helices Examples: OJ 287, S5 0836+710, M87 Topological Field Encoding in Jets Substrate field geometry and torsion memory Jet as a topological soliton Field tension dynamics and DTFT/STFT perspectives Semantic Lattices and Directional Fields Finsler manifold resonance Lattice constraints on jet pathfinding Jet path as a semantic projection of system state Part III — Evolution and Lifecycle ...