Book cover: Bridging Molecular Mechanisms and Neural Oscillatory Dynamics by Micah Blumberg

Bridging Molecular Mechanisms and Neural Oscillatory Dynamics

How synaptic modulation and pattern generation create the brain's seamless volumetric 3D conscious experience.
by Micah Blumberg · 302 pages · 39 cycles across five sections

From the molecular memory-persistence paradox to NAPOT and the brain's "3D television" of consciousness — a cycle-by-cycle synthesis connecting ion dynamics, oscillatory rhythms, neural-array projection, and the Self Aware Networks theory of mind.

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What the book argues

The book builds a continuous bridge from the smallest scale to the largest claim: how memories persist despite molecular turnover, how neural circuits process information across frequencies, how neural arrays project and integrate patterns (NAPOT), and how all of this composes the volumetric, moving "3D television" of conscious experience. It closes by anchoring memory in concrete molecular pathways (the KIBRA–PKMζ pathway) and connecting the whole arc to Self Aware Networks theory.

Contents

Where it sits in the work

This book is the molecular-and-systems neuroscience backbone of the broader research record. It pairs with the Self Aware Networks Wiki (the theory of mind). The Comparison Wiki priority timeline and convergent-theories map remain offline for now. See the author record for the full body of work.