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Field
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conditions, with emphasis on robust computational pipelines in high-performance and cloud environments. The candidate is expected to publish results in high-impact journals, contribute to student supervision
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(local HPC, bwHPC cloud, secure pipelines). Design cross-site preprocessing and harmonization pipelines for multi-omics and functional drug screening data. Collaborate closely with European partners
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of charge release on cloud microphysics. Attempting to actively mitigate harmful levels of climate change is a hugely important development with potential positive effects on societies worldwide. BrightSpark
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intelligence, software engineering, data management, distributed systems, or cloud computing Excellent communication and teamwork skills Strong organizational abilities with the capacity to work independently
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classification, segmentation and regression using combinations of high-resolution LiDAR point cloud data and image data and may draw upon aspects of synthetic data-based learning and domain adaptation. To learn
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locally, in the cloud and in the Galaxy workflow system. The successful candidate will focus on implementing improved data representation and storage modes for large-scale mass spectrometry (MS) data
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). Applicants with a background in either QIS or QFT are welcome. Our group has access to cloud-based quantum computing resources through IBM and AWS, and an IBM quantum computer is expected to be acquired soon
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of clinical and multi-omic data to uncover microbiome–host relationships -Experience with Python/R and cloud computing required Ideal candidate: A computational biologist or bioinformatician with strong
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synergistic opportunities. [Keywords] Meteorology,Numerical Weather Prediction,Data Assimilation,Cirrus Clouds,Climate Change,Geoengineering,Simulation * details of the business RIKEN is Japan's largest and
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Associação do Instituto Superior Técnico para a Investigação e Desenvolvimento _IST-ID | Portugal | about 1 month ago
to the gravitational wave signal. Boson clouds theoretically can be formed via superradiance around a black hole. Black hole superradiance is a process by which particles can extract energy from a black hole. Should