21 parallel-and-distributed-computing-phd positions at European Magnetism Association EMA
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Description of the offer : This PhD project focuses on the theoretical calculation of spin and orbital transport phenomena in quasi two-dimensional materials, induced by short electric fields
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that helps drive translation of energy efficient data storage and neuromorphic computing innovations to commercial success across a range of sectors. The Post You will explore the dynamic processes that occur
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foundation in spintronics, with a particular emphasis on magnetic memories and sensors. The ideal candidate should possess a PhD and have substantial research experience in the development of magnetic tunnel
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spin control with minimal energy dissipation. This PhD project aims to harness optically induced strain waves and coherent phonons to manipulate spin dynamics and ultimately achieve magnetization
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Description of the offer : PhD position offered at the Instituto de Ciencia de Materiales de Barcelona (ICMAB-CSIC) within the framework of the SPIN4DATA project, jointly developed by the CMEOS and
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spintronics. The position is embedded in a growing, internationally connected research program led by Prof. Dr. Benjamin Jungfleisch and focuses on nanomagnetism, spin-wave physics, spintronics and functional
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. Applicants will possess a relevant PhD (or nearing completion) or possess an equivalent qualification/experience in a related field of study and be able to demonstrate sufficient knowledge in the discipline
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Presentation Scope All schools History News 2026 School Introduction Registration Program Recordings Questions Committees Sponsors Contacts Repository Lectures by topic Lectures by author Search lectures 2025
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Description of the offer : Magnetic Random Access Memories are now commercial products as cache memories or fast/low-power memories such as in FPGAs. Opening new markets such as fast and massive RAM memories for processors requires to further increase the areal density, and ideally shift to a 3D...
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combined computational/experimental workflow for the AI-supported design of sustainable magnets free of rare earth elements. The activities focus on MnBi-based magnets with the goal to improve α-phase