https://spe-physique.metz.centralesupelec.fr/catalog-en/dir-031/dir-038/dir-039/index.html ECTS: 5.0 Geode ID: ISP-PHY-S10-31 Courses Coef. HPE Optional ? Final project (PFE 1) 3 60.0 h Final project (PFE 1) 3 60.0 h Spintronics (Spintronique) 2 19.5 h Hugo en-us https://spe-physique.metz.centralesupelec.fr/catalog-en/dir-031/dir-038/dir-039/091/index.html Mon, 01 Jan 0001 00:00:00 +0000 https://spe-physique.metz.centralesupelec.fr/catalog-en/dir-031/dir-038/dir-039/091/index.html Final project Evaluated skills: Physical Engineering Design Physical Modeling Data Processing Systems Analysis Research / Innovation Management Business Intelligence Course supervisor: Damien Rontani Geode ID: SPM-PRJ-010 https://spe-physique.metz.centralesupelec.fr/catalog-en/dir-031/dir-038/dir-039/092/index.html Mon, 01 Jan 0001 00:00:00 +0000 https://spe-physique.metz.centralesupelec.fr/catalog-en/dir-031/dir-038/dir-039/092/index.html Final project Evaluated skills: Physical Engineering Design Physical Modeling Data Processing Systems Analysis Research / Innovation Management Business Intelligence Course supervisor: Damien Rontani Geode ID: SPM-PRJ-010 https://spe-physique.metz.centralesupelec.fr/catalog-en/dir-031/dir-038/dir-039/093/index.html Mon, 01 Jan 0001 00:00:00 +0000 https://spe-physique.metz.centralesupelec.fr/catalog-en/dir-031/dir-038/dir-039/093/index.html Spintronics Description: This course will focus on spin electronics, or spintronics, which goes beyond conventional electronics by using both the charge and the spin of electrons. Among the topics covered, the course will examine the influence of magnetization states, through magnetoresistance effects, on the electrical behavior of a spintronic device. The course will also introduce the effects of current injection into a device to manipulate its magnetic properties (e.g., changing the direction of magnetization via spin transfer). These effects will serve as a foundation for presenting various spintronic devices in the fields of electronic memories and sensors.