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“Cell Assemblies” is a category for books that explore how coordinated groups of neurons form functional units that encode, learn, and recall information—a concept rooted in Hebb’s theory and expanded by modern neuroscience and AI. Titles in this area span foundational and contemporary work on synaptic plasticity, network dynamics, attractor and ensemble models, and the roles of assemblies in perception, memory, action, and decision-making. They include methodological overviews for studying assemblies (e.g., electrophysiology, imaging, computational modeling, network analysis), cross-disciplinary perspectives linking cognitive science and philosophy of mind, and applications to machine learning and neuromorphic engineering. The category also touches on development, aging, and clinical relevance (e.g., epilepsy, schizophrenia, neurodegeneration). Offerings range from advanced textbooks and edited research volumes to accessible primers and historical or popular science narratives.

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