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ferronematic materials through variational and asymptotic methods. The research has four objectives: 1) **Smectic thin films**: analysis of a free-boundary problem for epitaxial growth and of the nematic
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research will combine membrane synthesis (polymeric and composite systems, thin films, self-assembly approaches) with advanced characterization techniques such as AFM/KPFM, XPS, SEM/EDS, and transport
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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 Postdoctoral Researcher in
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how the different encapsulation approaches affect solar cell efficiency, specific power and stability. You will fabricate thin encapsulation films onto carbon-fibre based perovskite solar cell devices
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, electrical engineering and similar). Preferred candidates have experience with some of the following: Organic synthesis, molecular photophysics, organic and/or hybrid semiconductors, thin films and interfaces
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materials and advanced devices; experience using specular and diffuse reflectometry techniques to study the optical properties of optical components, materials, and thin films; e) Proven experience in
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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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experience. Required Skills: Ability to work independently on various process and metrology tools used in cleanroom/semiconductor research laboratory involving inorganic and organic materials/thin films. Must
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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 PhD student in the
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, bulk, thin films, and 2D quantum materials, magnetism, non-equilibrium quantum phenomena, quantum simulation and sensing, quantum algorithms and quantum error correction, superconducting and solid