Multilevel Optical Storage, Dynamic Light Modulation, and Polarization Control in Filamented Memristor System.

ABSTRACT: The electrochemical metallization (ECM) mechanism is emerging as a promising approach for the development of optical memristors-nonvolatile memory systems proposed for use as artificial synapses in neuromorphic computing applications. ECM memristors offer exceptional operating dynamics and power efficiency compared to other systems, but challenges with reproducible cycle-to-cycle state switching and the absence of advanced optical functionalities hinder their integration into photonic systems. In this work, an ECM free-standing memristor structure is proposed, which simultaneously offers wavelength-dependent multilevel nonvolatile optical storage, volatile light modulation, and dynamic polarization control. It is demonstrated that in the presence of a resonance, the optical readout provide

SUBMITTER: Korneluk A 

PROVIDER: S-EPMC11756036 | biostudies-literature | 2025 Jan

REPOSITORIES: biostudies-literature