Titlebook: Bio-Inspired Information Pathways; From Neuroscience to Martin Ziegler,Thomas Mussenbrock,Hermann Kohlsted Book‘‘‘‘‘‘‘‘ 2024 The Editor(s)

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978-3-031-36707-6The Editor(s) (if applicable) and The Author(s) 2024

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Matter and Mind Matter,cies-specific interactions with their immediate environment by processing sensory cues and responding with appropriate behavior. Understanding how living creatures perform pattern recognition and cognitive tasks is of particular importance for computing architectures: by studying these information p

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,MemFlash—Floating Gate Transistors as Memristors,nd thus also the electronic structure of the material. This leads globally to a sustained change in the resistance of the material layer, which is generally referred to as resistive switching. In resistive switching devices, these atomic reconfigurations are reversible and allow the state to be main

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Critical Discussion of Ex situ and In situ TEM Measurements on Memristive Devices,istive devices occurs typically in few nanometer thin dielectric layers. The direct observation of the switching mechanism is crucial for better comprehension and improvements of memristors. Therefore, in situ experiments are conducted in a transmission electron microscope (TEM). However, sample pre

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Modeling and Simulation of Silver-Based Filamentary Memristive Devices,er consideration consists of a stack of Ag/TiO./Pt thin layers. By modeling the Ag ion transport within the solid state electrolyte, driven by the electric field and thermal diffusion, the dynamics of resistive switching and conducting filament growth/dissolution are studied. The model allows to res

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A Wave Digital Approach Towards Bio-inspired Computing Using Memristive Networks,disciplinary field of research as it requires expertise, which ranges from understanding biological organisms (psychology, physiology zoology, biology, bio-chemistry) to building electrical circuits (electrical engineering, physics). This chapter focuses on theoretical circuits designs and concepts

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