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Description of the offer : When a magnon propagates through a magnetic medium, no electrical charge transport is involved and hence no electrical losses occur. We aim to explore engineered
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The student will focus on creating magnetic and electrically conductive nanoparticles, further development of novel polymer nanocomposite for Environment, Energy, Sensor, and Healthcare Application
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on this technology. Theoretical studies, corroborated by preliminary experimental results, have shown that hybrid devices allow reaching record sensitivities in the measurement of forces, temperature and electric
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technological relevance. Our experimental core technology is pulsed-laser spectroscopy between Terahertz and ultraviolet frequencies. In addition, we apply atomic force microscopy, standard magnetic and
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of making the first realistic and energy efficient thermomagnetic energy converters for low grade waste heat (<100°C) to electricity and they will learn how to upscale these and bring them to a viable market
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particularly interesting because of the large amount of energy available from industrial processes. In fact, in the EU alone, the low grade waste heat amounts to more energy than 10 times the electricity
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-Knowledge in the fields of mechanical and electrical engineering, thermodynamics, magnetism and functional materials are beneficial -Experience in CAD, FEM simulation and Labview are helpful -MSCA requires
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the challenge of making the first realistic and energy efficient thermomagnetic energy converters for low grade waste heat (<100°C) to electricity and they will learn how to upscale these and bring them to a