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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-smectic
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semiconductors and thin-film devices. Our work spans the full range of topics from epitaxial growth and material development to device design, characterization and modeling, fully integrating activities joining a
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of low-thermal-noise and low-optical-absorption amorphous thin-film coatings for Cosmic Explorer and other current and future gravitational-wave detectors 2. Develops, performs, and analyzes atomistic
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development of project proposals and project tracking documents related to thin-film materials, electrochemical reactors for carbon utilization and storage, and self-driving lab research and development; Direct
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AUSTRALIAN NATIONAL UNIVERSITY (ANU) | Canberra, Australian Capital Territory | Australia | 28 days ago
. Key responsibilities Develop and optimise perovskite solar cells and perovskite–silicon tandem devices. Develop scalable thin-film deposition and large-area module fabrication processes. Conduct device
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(Temporary) (Part-Time) Posting Number req27065 Department Research Innovation & Impact Department Website Link https://research.arizona.edu/strategic-initiative/fusion-energy Location Tucson Campus Address
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graduate level. Five or more years of post-Ph.D. research experience. Demonstrated research in MHz-order acoustics or surface acoustic waves, thin-film dynamics, acoustic streaming, atomization, micro
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fabrication and characterization of thin-film optoelectronic devices Experience with NIR-emitting devices and/or plasmonics/nanophotonics is highly desirable Strong interest in interdisciplinary research and
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. The project includes measurements of microstructured thin-film YIG devices. In particular, the researcher will perform microwave measurements in a dilution refrigerator to characterize magnons in
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processes, plasma polymerization, thin-film deposition, surface functionalization, or materials characterization will be highly valued. Experience with magnetic nanoparticles and techniques such as XPS, FTIR