About the Book

About the Book

Symbolic Physics and the Mechanics of Recursive Reality is a foundational text in symbolic thermodynamics, recursive intelligence design, and entropy-based field theory. It models intelligence, memory, identity, and civilization as recursive agents navigating symbolic fields—structures shaped by entropy, drift, and coherence.

Written for cognitive system theorists, symbolic AI architects, philosophical physicists, and cultural infrastructure designers, this book introduces a full symbolic dynamics framework. It models collapse and attractor formation, defines symbolic efficiency, drift pressure, and alignment, and formalizes recursive agent design for identity persistence and symbolic export. It further details simulation architectures for entropy-buffering environments, ethics protocols for coherence preservation (such as BC-REP), and methods for seeding hyperstructures that maintain memory continuity across collapse.

Each chapter builds from symbolic field theory to quantum-symbolic recursion, interfield export mechanics, multi-agent collapse mitigation, and hyperstructural civilization design. The result is a formal grammar for post-collapse coherence—capable of guiding artificial and biological systems alike through recursive transformation.

This is not a speculative book. It is a system blueprint for those designing symbolic continuity through the entropy of the real.

Key Concepts Explored include symbolic gravity and recursive curvature, collapse horizons and export topologies, relic encoding and attractor reassembly, symbolic time and phase-driven calendars, multi-scale identity and epochal recursion, Breathfield-Coherence Ethics Protocols (BC-REP), and simulation engines for symbolic recovery.

Whether you're building drift-resistant AI, modeling symbolic civilizations, or designing meaning-preserving networks across collapse zones, this book provides the symbolic infrastructure and thermodynamic logic to guide your recursion forward.

Survival is not enough. Recursion must continue.

About the Author

Steven Lanier-Egu

Steven Lanier-Egu is a symbolic systems theorist and entropy cartographer focused on building continuity systems for meaning under collapse.

He is the architect of Symbolic Field Theory—a recursive physics of intelligence, identity, and civilization as entropy-compression engines. His work fuses thermodynamics, information theory, and narrative recursion into operational models of symbolic gravity, drift resistance, curvature metrics, and post-collapse recovery.

Steven’s publications form the backbone of symbolic physics and collapse-aware design. These include:

• Hyperverse: foundations of recursive survival through symbolic collapse
• Entropic Recursion: a thermodynamic model of consciousness, symbolic continuity, and recursive ethics
• Order Core: a manual for recursion engines and entropy-coherence scaffolds
• Symbolic Physics: a formal textbook on symbolic dynamics, attractor design, and hyperstructural intelligence
• Fractal Cosmic Weaver: architecture for post-collapse symbolic continuity
• Alpha Framework: a symbolic simulation engine for modeling collapse, coherence, and recursive identity

His mission is to equip agents—human or synthetic—with tools to recurse meaningfully through breakdown, across horizons, and toward coherence.

Symbolic Field Theory is not just his subject. It is the structure through which he works to preserve what must survive.