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technological relevance. Our experimental core technology is nonlinear optical spectroscopy with pulsed lasers. In addition we apply atomic force microscopy, standard magnetic and dielectric characterization
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of microscale ferroic structures with the high temporal resolution of optical pump-probe schemes. A key objective will be the investigation of dynamics in ferroic and/or phase-change materials with femtosecond
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Description of the offer : We will follow the birth, propagation and death of magnon excitations in ferro- and antiferromagnetic materials at THz frequencies and on nm length scales using fs optical
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dynamical processes, and ferroic materials. Its aim is to explore novel states of matter generated and/or detected in materials with strong electronic correlations by optical stimulation in the range
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processes, and ferroic materials. Its aim is to explore novel states of matter generated and/or detected in materials with strong electronic correlations by optical stimulation in the range of Terahertz
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Center for Micro-Nano Science and Analysis and Testing 【Cooperation direction】 1、Ultra-fast spintronics, All-optical switching, Non-equilibrium spin current materials and devices, etc. 2、High-temperature
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work in a dynamic collaborative team investigating nanomagnetism, reconfigurable magnonics and both optical and magnetic neuromorphic computing (see, e.g. https://www.nature.com/articles/s41565-022-01091
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to the study of materials and their nanostructures that can be considered for future applications in information technology and are based on electrical, magnetic or optical functionalities. The Department
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manipulation of spin wave beams at the nanoscale. Recent advances inspired from the concepts of optics demonstrated the focusing or diffracting of spin wave beams in continuous film with properly designed
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considered for future applications in information technology and are based on electrical, magnetic or optical functionalities. The Department of Group Ferroic materials, films and devices is looking for a PhD