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PhD position – Exploring the scalability of spintronics for 3D devices
Topic Classical microelectronics is reaching its limits of downward scalability, reaching technological or scientific bottlenecks. Magnetic random access memories, based on magnetic tunnel junctions storing and reading bits of information, are emerging key ICT components. They are of immediate relevance for low-power and high-speed processor and mass-storage cache memory. Similar to other technologies, ways are […]
Read morePHD Defense – Magnetic particles for the treatment of cancer by magneto-mechanical effect, application to glioblastoma
On Friday 26 April at 9h30 Cécile NAUD from SPINTEC will defend her PHD entitled: Magnetic particles for the treatment of cancer by magneto-mechanical effect, application to glioblastoma Place : Palladium 2 (floor) Maison MINATEC (free entrance) Abstract: Glioblastoma is a brain cancer with a very poor prognosis. Existing therapies improve only slightly the median […]
Read moreSeminar – Spin Hall effect and anisotropic spin dynamics in graphene-based spin devices
On March, 21, we have the pleasure to welcome Williams Savero Torres from the Catalan Institut of Nanoscience and Nanotechnology (ICN2), Barcelone, Spain. Doctor in Physics from UGA/SPINTEC (2011-2014), he will give us a seminar at 11:00, CEA/IRIG, Bat. 1005, room 445 entitled : Spin Hall effect and anisotropic spin dynamics in graphene-based spin devices […]
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A generic probe for spin fluctuations in nanometer-scale films
In the field of spintronics, which relies on the spin-dependent transport properties of matter, exploring spin fluctuations and phase transitions in ultrathin films is essential as it provides key information to engineer materials for applications. Here, O. Gladii et al investigated the generic character of a novel method to probe spin fluctuations through demonstration with […]
Read moreImpact of heating on the stability phase diagrams of perpendicular MTJs
Measured switching diagrams of perpendicular magnetic tunnel junctions exhibit unexpected behavior at high voltages associated with significant heating of the storage layer. The boundaries deviate from the critical lines corresponding to the coercive field, which contrasts with the theoretically predicted behavior of a standard macrospin-based model. In this paper, we are proposing a modified model […]
Read moreA Route towards Dynamic Control of Skyrmion Chirality
The very popular magnetic bubbles called skyrmions are promising for dense data storage, logic and neuromorphic applications thanks to the unique sense of rotation (chirality) of their surrounding domain wall. The so-called Dzyaloshinskii−Moriya Interaction (DMI) is crucial for their stability. Here, T. Srivastava et al. have shown that DMI can be dynamically and locally controlled […]
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RECENT UPDATES
- PhD position – Exploring the scalability of spintronics for 3D devices 17 March 2019
- PHD Defense – Magnetic particles for the treatment of cancer by magneto-mechanical effect, application to glioblastoma 14 March 2019
- Seminar – Spin Hall effect and anisotropic spin dynamics in graphene-based spin devices 7 March 2019
- Post doc position perpendicular shape anisotropy 7 March 2019
- A generic probe for spin fluctuations in nanometer-scale films 20 February 2019
