Neuromorphic systems must have at least five unavoidable features that are present in living
beings. First, neuromorphic systems must perform memorizing and processing functions …

Nowadays, neuromorphic systems based on memristors are considered promising
approaches to the hardware realization of artificial intelligence systems with efficient …

In recent years, studies concerning Organic Bioelectronics have had a constant growth due
to the interest in disciplines such as medicine, biology and food safety in connecting the …

Electrochromic materials (ECMs) with reversible change ability are widely concerned as
environmental stealth materials that can actively adjust their color and infrared (IR) …

One of the remarkable features of the emerging neuromorphic systems is the ability of
implementing in‐memory computing which is demonstrated using memristors to realize both …

This study explores a class of resistive memory candidates─ simple binary halides─ and
demonstrates their efficacy in switching between high-and low-resistive states. Herein …

Memristive devices have a multitude of potential applications, ranging from neuromorphic
computing systems and chips to bioprosthetic, each demanding distinct characteristics and …

In this article, characterization of fully patterned zinc-tin oxide (ZTO)-based memristive
devices with feature sizes as small as 25 µm2 is presented. The devices are patterned via lift …

In this book I have tried to summarize more than 15 years of activity in the field of organic
neuromorphic systems. You will find different aspects of neuromorphic systems, including …

Memristive devices offer essential properties to become a part of the next-generation
computing systems based on neuromorphic principles. Organic memristive devices exhibit a …