Voltage control of magnetism for low-power memory and neuromorphic applications, Prof. Jordi Soort

Join us for a groundbreaking NanoSeminar with Prof. Jordi Sort in the ICN2 Seminar Room as he explores the dynamic field of Voltage Control of Magnetism for Low-Power Memory and Neuromorphic Applications.
This seminar will delve into the innovative use of electric fields to control magnetism, a promising approach that significantly enhances the energy efficiency of nanoscale magnetoelectric devices. Prof. Sort's recent breakthroughs include inducing reversible, non-volatile changes in the magnetic properties of nanoporous metal alloy and oxide films, utilizing an electric field at room temperature. He will also discuss his pioneering work in magneto-ionics, particularly the voltage-driven transport of nitrogen ions in transition metal nitride films, a process that offers faster, more efficient transitions compared to traditional methods. Additionally, the seminar will cover how these advancements can emulate critical neuromorphic and synaptic functionalities, paving the way for new approaches in neuromorphic computing. Don't miss this opportunity to learn about these cutting-edge developments directly from a leader in the field.
Hosted by Prof. Javier Rodríguez Viejo, Thermal Properties of Nanoscale Materials Group Leader.

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Grande Jordi!