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Development of Thin Films and Deposition Processes using Artificial Intelligence and Autonomous Experiments. Share Apply now Materials science and technology are our passion. With our cutting
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will inform computational approaches for growing physical materials with a focus on developing atomic layer processing ferroelectric thin films and their integration with devices. Emphasis will be
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ultrafast transport platforms. Both platforms will be integrated with exfoliated flakes and thin films of frustrated quantum materials and characterized with the lab’s time-resolved optical, THz, and
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infrared (IR) and terahertz (THz) frequencies and develop on-chip ultrafast transport platforms. Both platforms will be integrated with exfoliated flakes and thin films of frustrated quantum materials and
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ellipsometry for measuring the complex and potentially anisotropic refractive indices of microscopic crystals and thin films. The investigated materials may span several material classes, including
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microscopic crystals and thin films. The investigated materials may span several material classes, including van der Waals materials, depending on the candidates emerging from computational screening and
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as supported lipid bilayers, thin atomic-layer-deposited oxide films, and covalent or electrostatic functionalization (30%); 3. Build and optimize experimental hardware, including optical excitation
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"Empa's research on the highest international level plays a leading role in the advancement of technology." Prof. Dr. Ayodhya Nath Tiwari, Thin Films and Photovoltaics Postdoc/Engineer in
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thin films, because these allow covering a large surface area with a small quantity of raw material - and we focus on their electronic and optical properties, because these closely interrelated
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"Empa's research on the highest international level plays a leading role in the advancement of technology." Prof. Dr. Ayodhya Nath Tiwari, Thin Films and Photovoltaics Postdoc position in CO2