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for molecular systems and thin films in combination with AI-driven process optimization. Help us shape the future of chemical research! Self-driving lab platform for photochemical and porosity research Join a
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that will help solving outstanding questions at the forefront of (photo)chemistry by implementing automated spectroscopy workflows for molecular systems and thin films in combination with AI-driven process
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Practical experience with several relevant cleanroom techniques, such as photolithography, thin-film deposition, plasma or wet etching, metallization, wafer bonding, or thin-film patterning Experience in
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characterization of advanced nanomaterials, thin films, and magnetic nanowires. This position combines hands-on fabrication and multi-technique material analysis with laboratory management, instrumentation
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and Experience Research Assistant · Knowledge of applied materials, thin-film coatings, polymers, nanomaterials, electrochemical devices, optoelectronic materials or closely related areas. · Experience
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kinetic inductance of superconducting thin films. Join the 202Q-lab at Chalmers University of Technology and help shape the future of quantum technology. We are recruiting two postdoctoral researchers
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group, we develop novel micro- and nanostructured smart materials for active and passive solar energy applications being integrated into the building envelope. We focus on thin films, because these allow
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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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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