Opportunities and challenges for spintronics
Adelmann, C; Jenkins, A; Pirro, P; et al.Schultheiss, K; van Dijken, S; Kruglyak, V; Bortolotti, P
Date: 19 September 2023
Article
Journal
Europhysics News: The magazine of the European Physicical Society
Publisher
EDP Sciences / European Physical Society
Publisher DOI
Abstract
Conventional electronics use the flow of electric charges and are based on standard semiconductors. Spintronic devices exploit the electrons- spin to generate and control currents and to combine electric and magnetic signals. Today there is a strong effort worldwide to integrate spintronic devices with standard CMOS technology towards ...
Conventional electronics use the flow of electric charges and are based on standard semiconductors. Spintronic devices exploit the electrons- spin to generate and control currents and to combine electric and magnetic signals. Today there is a strong effort worldwide to integrate spintronic devices with standard CMOS technology towards hybrid spin-CMOS chips, offering advantages in terms of power consumption, compactness, and speed. Recent results (from SAMSUNG [1], TSMC [2], etc.) confirm the merit of this approach.
Physics and Astronomy
Faculty of Environment, Science and Economy
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