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The aim is to explore flexible neuromorphic memristors, examining their mechanisms and potential applications in wearable technologies.

August 1, 2026MaterialsOpen Access

Flexible Neuromorphic Memristors: From Mechanisms to Applications

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This review summarizes mechanisms and applications of flexible memristors, suggesting innovations for next-gen wearable technology.

The aim is to explore flexible neuromorphic memristors, examining their mechanisms and potential applications in wearable technologies.
Systematic review of switching mechanisms in flexible memristors including conductance modulation and phase change.
Discussion of material categories: natural, synthetic, and inorganic functional materials.
Analysis of device architectures and low-temperature fabrication techniques.
Identified several switching mechanisms such as conductive filaments and ferroelectricity that enhance memristor performance.
Outlined strategies for improving mechanical flexibility and stability in memristor designs.
Provided insights into challenges and future directions for integrated sensing-storage-computing systems.

Yang et al. (2026) studied this question.

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