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Description of the offer : Single metal atoms deposited on solid supports are the ultimate natural limit for the realization of devices in many fields, such as magnetism, catalysis, etc. In
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become omni-present in our daily life, finding their way into everything from loudspeakers to generators in wind turbines and power plants. The strongest magnets today contain rare-earth metals, which
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mechanisms in a hybrid quantum system composed of diamond nitrogen vacancy (NV) spin qubits coupled via spin waves as quantum buses in magnetic waveguides (nanowires, cavities, etc.). The magnetic materials we
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: - Physics, Engineering, Material Science or related fields - Background in solid-state physics or magnetism - Strong interest in experimental physics and cleanroom nanofabrication - Skills in computational
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Description of the offer : This PhD offer is to work in discovering and characterizing new iron-based nitrides displaying sought-after magnetic properties (such as rare-earth free permanent magnets
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Description of the offer : In the project we will investigate enhancing the magnetic performance of novel rare-earth free permanent magnets. Our partners at Aarhus University will work on the
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emitters and detectors are still missing in this range, known as the THz gap. Existing devices are mostly based on semiconductors and have limited performances. The use of new physical mechanisms, not
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years within the Spectroscopies of Quantum Materials team at the Laboratoire de Physique des Solides (Orsay, France) and ~1 year in the Department of Physics, University of Sherbrooke (QC, Canada).
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magnetization of the system and enhance the magnetization switching efficiency. This can be done by leveraging light materials, with abundant availability on Earth and fair access, engineered in suitable
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mechanisms. This post is funded by a collaboration programme with a group of Prof. Will Branford and Dr Jack Gartside where another postdoctoral researcher has been placed for our joint work. While novel