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cutting edge photonics with cold atoms to create new quantum technology. By using inverse design to develop structures capable of guiding multiple wavelengths, you will fabricate a photonic platform that
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and document insights through high-quality publications. Collaborate closely with academic and industrial partners to ensure real-world applicability and alignment with evolving 6G visions. The position
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compiled into a single PDF-file containing: CV and publication list A cover letter explaining why you are interested in the position and how the research project aligns with your research background and
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are looking for a candidate with a PhD in epidemiology, biostatistics, data science, medical science, or a related field, with solid statistical skills and the ability to independently manage data from multiple
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optimizing the viscose process and evaluate new solvents, ensuring computational results align with experimental goals. The researcher will also examine the environmental sustainability of the processes with a
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inverse design to develop structures capable of guiding multiple wavelengths, you will fabricate a photonic platform that supports trapping and probing of cold Strontium atoms. Building on successful
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will involve various materials and electrical characterization methods (potentially including electrochemistry, multiple microscopy modalities, optical and IR spectroscopy, rheology) as well as surface
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aligned with the group's interests. Topics that are of particular interest include: Language model interpretability, particularly mechanistic interpretability methods or applications of interpretability in
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beam alignment algorithms Co-existence of terrestrial and non-terrestrial wireless networks Great emphasis will be placed on personal skills. Join us at KTH KTH shapes the future through education
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laboratory. While the focus of the position must be aligned with the group’s scientific vision, the successful applicant will be able to influence his or her specific research questions. Work duties The