Do brains compute? If they do, what do they compute and how do they do it? The first part of the book introduces the development of a model that simulates actual biological neurons more closely than do current standard models of neural networks, as well as the deduction of its physics-like and computational properties from first principles. The second part presents a collection of applications of the model to memory formation and loss, a general syntax for memory retrieval, language itself, and certain forms of aphasia. A linear development of the discussion with proofs in situ is employed by the author, making the book essentially self-contained. A pair of helpful appendices are provided to acquaint the reader with necessary fundamentals of topics in logic and mathematics. Quantum-like Networks: An Approach to Neural Behavior through their Mathematics and Logic will show you an entirely new approach to an ancient subject.
Contents:IntroductionAbout the AuthorNotes to the ReaderLogic and Networks:Logical FoundationsNeuronal NetworksThe Logic of Many NetworksApplications:Memory-like ProcessesTsien's Theory of ConnectivityA General Syntax of RetrievalAppendices:Appendix to Chapter 1A Mathematics PrimerBibliographyIndex
Readership: Researchers and graduate students in Neuroscience, Biomathematics, Biophysics, Mathematics, Computer Science, and related fields.

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