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symmetries in optical systems, particularly in diffraction and reflection phenomena. Numerical Methods: Modeling complex optical systems through numerical solution techniques and simulations. Linear Algebra
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phenomena in advanced materials, and their applications in real- world devices Experimental Optics: Hands-on laboratory sessions to design, perform, and analyze optical experiments. Research Methods in Optics
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systems, including CubeSats. Responsibilities include developing advanced test protocols (thermal cycling, radiation exposure), overseeing lab facilities, and integrating testing methods into teaching. Key
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is 100 hours. Supervise graduate students working on master's or PhD theses related to computational modeling and simulation-driven materials discovery Provide academic advising to students, guiding
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of researchers and industrial partners. Ensure the continuous improvement of characterization workflows and the adoption of emerging technologies. Provide expert guidance on experimental design, method development
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physics and chemistry in forming soils and how the use of the topsoil for agriculture interacts with deep soil (weathering profile) and vice versa . This person should have a good understanding of methods
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phenomena in advanced materials, and their applications in real- world devices Experimental Optics: Hands-on laboratory sessions to design, perform, and analyze optical experiments. Research Methods in Optics
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systems, including CubeSats. Responsibilities include developing advanced test protocols (thermal cycling, radiation exposure), overseeing lab facilities, and integrating testing methods into teaching. Key
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and detection systems. Requirements: PhD in Photonics, Optical Physics, or a related field. Expertise in optical detection systems and experience in experimental photonics. Familiarity with advanced
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methods. The interest areas are (but are not limited ): to novel electronic structure and methods, light-matter interactions modeling, topological phenomena, magnetism, superconductivity, quantum