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, adapt locally to users and environments, and remain computationally efficient. These models will be explored and benchmarked in software, with selected approaches translated into embedded prototypes
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battery and optoelectronic laboratory Access to microscopy facilities Expertise of planning and executing measurements at beamline facilities worldwide Cooperation with a battery modeling software
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(i) identify their composition and distribution among species, (ii) examine genomes for positive selection to detect sterol-related innovations and associated genes, and (iii) assess sterol functions
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characterization of cold-sintered ceramic disk Explore the mechanical properties of cold-sintered ceramic disks using biaxial test methods Explore microstructural properties of the cold-sintered ceramic disks
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sensors design and processing, be adept at thinking at a system level, and enjoy building and testing working devices. The candidate must be highly motivated, independent, yet able to work closely and
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fields) controls comb bandwidth, stability, and tunability. Test predictions in mid-infrared quantum cascade lasers, with direct feedback between modeling and experiment. Profile Background in physics
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analytical and quantitative skills, including proficiency in statistical software (e.g., Python, R). Demonstrated interest in climate change, sustainable finance, and corporate sustainability. Strong written
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that enables real-world testing of technologies and behavioral assumptions. The candidate will be expected to translate research ideas into practical approaches to address these challenges, working closely with
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of specialized microfluidic chip systems using two-photon micro-manufacturing, and examine the delivery of chemotherapeutic agents through these systems. Expected Results Functional 3D bioprinted in-vitro
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; Goal 2: Design a microfluidic system and monitoring system of the tissues viability; and Goal 3: Test the tissue functionality in response to inflammatory stimulus and/or therapeutic drugs Profile You