Structural Coherence in Brain Dynamics: A Unified Theoretical Framework for Consciousness, Memory, Emotion and Neural Organization

Understanding how the brain generates consciousness, perception and memory remains one of the deepest challenges in modern science.
This work proposes a theoretical framework based on structural coherence to describe brain dynamics. The brain is modeled as a nonlinear dynamical network of interacting neural populations capable of generating coherent states through synchronization processes.
Using tools from nonlinear dynamics, network theory and neuroscience, the framework explores how coherent structures may underlie perception, emotional regulation, memory stabilization and conscious awareness.
Additionally, the model introduces the concept of neural coherence fields and explores the possibility that similar principles of structural organization may operate across physical scales.
The framework proposes several theoretical predictions related to neural synchronization, large-scale brain integration and dynamical stability of cognitive states.