Quantum and Brain-Inspired Device Modeling: Non-Equilibrium Green’s Function Simulator for Qubits to Neuromorphic Computing (De Gruyter Series in Mathematics and Life Sciences, 16)
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Quantum and Brain-Inspired Device Modeling: Non-Equilibrium Green’s Function Simulator for Qubits to Neuromorphic Computing (De Gruyter Series in Mathematics and Life Sciences, 16)

by Basudev Nag Chowdhury

Engineering mathematical modeling Quantum Computing Device Physics Neuromorphic Computing
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This specialized volume examines quantum and brain-inspired device modeling through non-equilibrium Green’s function simulation. Its scope ranges from qubits to neuromorphic computing, making it relevant to readers exploring mathematical, physical, and computational approaches to emerging device technologies.

ISBN-13 9783111545806 ASIN 3111545806 Views 14 Publisher De Gruyter Year 2026 Edition 1 Format Hardcover Product Group Book Pages 259 Created September 01, 2026 Updated September 27, 2026
About This Book

Quantum and Brain-Inspired Device Modeling focuses on modeling approaches for advanced computational devices.

The book centers on non-equilibrium Green’s function simulation as its principal framework.

Its scope extends from qubits to neuromorphic computing, connecting quantum technologies with brain-inspired computational concepts.

This volume is part of the De Gruyter Series in Mathematics and Life Sciences.

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I will be using this book for: