What question did this study set out to answer?

This research aims to optimize the performance of memristors using molecular engineering of polyoxometalates.

April 3, 2026CrystEngComm0 citations

Regulating Memristor Performance of Organic-Inorganic Hybrid Polyoxometalates via Counter Cations

HLHui-Xue LeiFuzhou University ZZZe-Xun ZhangFuzhou University XLXin-Xiong LiFuzhou University

Key Points

This research aims to optimize the performance of memristors using molecular engineering of polyoxometalates.
Synthesis of two polyoxometalates with distinct counter cations.
Evaluation of memristor performance based on cation choice.
Molecular-level engineering to assess active material properties.
Significant enhancement in memristor performance linked to specific counter cations.
Demonstrated variability in switch characteristics with different POM configurations.
Improvement in memory retention times observed.

Abstract

Tailoring the performance of memory devices through molecular-level engineering of active materials represents a promising strategy for developing high-performance memory. In this study, we synthesized two polyoxometalate (POM), (Ph4P)6(Cu2I2)(MnMo6O18L2)2 (1)...

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