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Description of the offer : Technologies and devices based on artificial neuronal networks are the aim of the emerging field of Neuromorphic Computing. In one hand artificial synapses and neurons
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magnetization dynamics in spintronic elements. Various computer programs, like first-principles methods (DFT and TDDFT) and code for simulations of out-of-equilibrium dynamics will be used. The applicant is
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Description of the offer : This PhD project seeks to tackle existing challenges by embarking on exploratory research into new magnetocaloric intermetallic materials. These materials will incorporate magnetic 3d transition metals and a mixed anionic framework composed of P with Si or Al....
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. Required qualifications include MSc in Physics, Chemistry, Materials Science, Engineering or a nanoscience background. Prior experience with synthesis of nanoparticles, and its characterization is
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demand for data storage and transfer between electronic devices (from data centers to personal computers, mobile phones to Internet of Things devices, etc.) necessitates denser and faster technology. In
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Research Fund. Magnetic metamaterials feature in various emerging technologies including artificial spin ice and brain-inspired computing, where coupled magnetic nano-oscillators are used to mimic
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of computational materials science, condensed matter theory and device physics applied to spintronics. The aim of the PhD project is to identify and characterise useful 2D materials for various spin-orbitronics
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Description of the offer : This study is part of the ERC CoG MAGNETALLIEN project which aims to probe AC detection of spin pumping signal and its high harmonics. The main responsibilities of the selected candidate are as follows: Growth of epitaxial compounds such as alpha-Sn, half Heusler...
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. A key focus of our group is computational micromagnetics, which encompasses everything from the development of numerical algorithms to the application of magnetic simulations in the development
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nano-fabrication of devices and their measurement to demonstrate the feasibility of a magnon interferometer. This project is funded by the collaborative PEPR SPIN program within the project SWING (“Spin