Visual growth of nano-HOFs for low‐power memristive spiking neuromorphic system

Enhanced electrical and magnetic properties of (Co, Yb) co-doped ZnO memristor for neuromorphic computing

“…During the "reset" operation, when a negative voltage is applied to TE Ag, the opposite electric eld and the induced Joule heating effect resulting from the repeated redox reactions disrupt the CF, allowing for the recovery of Au atoms from the BE. 55,56 This action switches the RRAM device from LRS to HRS (Fig. 11(f)).…”

Solution‐Processed Hydrogen‐Bonded Organic Framework Nanofilms for High‐Performance Resistive Memory Devices

“…[29] Particularly, the high porosity, tunable electronic structures, good processability, and low density of HOFs make them highly promising for the fabrication of innovative memristors. [30][31][32][33] To fully exploit the potential of HOFs as resistance-switching layers, it is crucial to achieve controlled synthesis of HOF nanofilms with precise control over thickness, surface roughness, layer orientation, and grain size at the nanoscale.…”

Computing of neuromorphic materials: an emerging approach for bioengineering solutions

“…The prepared sample is put into an HRTEM device, which illuminates the sample with a focused electron beam. 60 The sample is impacted by the electron beam and the transmitted or scattered electrons that result are gathered to create a picture. Real-time monitoring of dynamic processes is possible thanks to the HRTEM instrument's ability to record images and films at a rapid frame rate.…”

“…These devices could also revolutionize healthcare by providing an efficient platform for drug delivery and personalized treatments. 60,61 In addition, they could be used to restore motor, sensory, and cognitive function in patients with neurological diseases.…”