Printed organic memristive device article published in Biomimetics
Victor Erokhin and co-authors published new work on printed organic memristive devices on rigid and flexible supports for neuromorphic applications.
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Updates from the NeuroCompute.cloud ecosystem: research, platform development, pilots, partnerships and publications.
Victor Erokhin and co-authors published new work on printed organic memristive devices on rigid and flexible supports for neuromorphic applications.
Read the articleNeuroCompute.cloud is now preparing cloud access to organic memristor-based neuromorphic hardware for selected research, medtech, healthtech and R&D partners.
Join the waitlistPublished in IEEE Access, this study benchmarks energy consumption across GPUs, NPUs, FPGAs, spiking processors, memristive devices, and biological neural systems.
Read the articlePublished in Materials Today Chemistry, this research explores printable polyaniline-based organic memristive devices as scalable hardware elements for neuromorphic computing.
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