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of magnons in quantum materials, involving electrical, thermal, and radio-frequency generation of spin signals. Your research will focus on understanding and controlling spin-waves at the nano-scale. Your main
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of autonomy as skills and experience develop. You will have completed a PhD with experience in a field relevant to fire dynamics, fire safety, gas dispersion or thermal transport. Strong numerical and
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(thermal treatments, getters, distillation) to minimize optical losses. The candidate will fabricate bulk glass samples and preforms, and subsequently develop optical fibers with various geometries
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switching. In the presence of a thermal gradient a spin current may be generated that can assist switching of the magnetisation in information storage devices, such as hard disk drives and magnetoresistive
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of chilled water and condenser water systems or of heating, ventilation, and air conditioning systems. Working Conditions Needs to be able to successfully perform all required duties. Exposure to Thermal Plant
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the area of biomaterials, sustainable materials, composite materials, films, biomass or related scientific areas. b. Experience in the chemical, physicochemical, structural, thermal or mechanical
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and Structural Systems of Photovoltaic Plants through Automatic Thermal and Hyperspectral Image Processing (SIROCO)" Project reference: CPP2023-010858 The project is funded by the Spanish Ministry of
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such as Laser Powder Bed Fusion (LPBF)), the synthesis of negative thermal expansion (NTE) materials, and the selection of sustainable materials with no or reduced content of critical raw materials (CRMs
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inertness and mechanical robustness compared to standard Silicon. By utilizing SiC, the system achieves enhanced thermal stability for microhotplate configurations and improved frequency stability in resonant
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16 Jul 2026 Job Information Organisation/Company KU LEUVEN Research Field Engineering » Mechanical engineering Engineering » Nuclear engineering Engineering » Thermal engineering Researcher Profile