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energy consumption. You will investigate the complete technology stack, including device physics, photonic and electronic design, modelling, chip layout, cleanroom fabrication, heterogeneous integration
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and innovation. (https://liu.se/loe ) You will work within the newly established Computational Materials Science group of Assistant Professor Waldemar Kaiser, part of the Theory & Modelling unit (led by
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the vascular organoid model, to establish a causal link between these target genes and the vascular calcification phenotype. This PhD project, at the interface of vascular biology, immunology, stem cell biology
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Experience developing and troubleshooting leukemia cell line, primary specimen, and animal models Demonstrated success in scientific writing, including manuscript and grant preparation Experience mentoring
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-level power, thermal and energy-efficiency models for future heterogeneous computing systems built on advanced CMOS technologies What you will do Continued technology scaling and the integration
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industry partners to address one of the key challenges of the energy transition. As a doctoral student, you will receive excellent supervision, access to advanced research facilities, and opportunities
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base. The Department of Energy and Process Engineering is one of eight departments in the Faculty of Engineering. Where to apply Website https://www.jobbnorge.no/en/available-jobs/job/307684/phd
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forward to receiving your application! Your work assignments The project focuses on the development and optimization of electrocatalysts and electrolyzer systems for sustainable energy conversion
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, bridging basic and translational research. A particular interest of the laboratory lies in understanding how antigen specificity shapes T-cell responses in autoimmunity. For this project, we are seeking a
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regenerative capacity of liver tissue. Your work will involve the use of research animals to investigate cell-cell interactions during regenerative processes and to developed new in vitro organoid models. You