Vortion: Nanoscale, energy-efficient, room temperature, magneto-ionic, vortice reconfigurable neural networks as dynamic synapses

https://www.eurekalert.org/news-releases/1075539

", memory magnetic layer thickness controls magnetisation, coercivity, remanence, anisotropy with voltage, not currents... adding/ removing ions through changes in applied voltage polarity manipulates magnetics... overcomes magnetic vortex states in already prepared materials requiring large energy amounts, on-demand voltage-regulated (by extracting nitrogen ions) nanodot control creating new/ varying magnetic states... analogue computing, data storage/ security, medical theragnostics, spin computing, magnonics"