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innovation, is a leader in the digital world. We are looking for an Assistant/Associate Professor in multimodal generative AI models for audio to jointhe ADASP/Audio research group which is part of the Signal
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and spoken English; Have initiative and motivation to work as part of a team and independently; Speak fluent Portuguese and English and have a clean driver’s license and be willing to collaborate in
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Nature Careers | Vancouver South Shaughnessy NW Oakridge NE Kerrisdale SE Arbutus Ridge, British Columbia | Canada | 4 days ago
for beta-cell research. For those interested, there is also an option to learn and use in vivo diabetes models. Collaborative and Supportive Environment: You will collaborate closely with experienced
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activities in our department range from clinical pharmacology, systems pharmacology, to basic molecular and cellular pharmacology. More information on the department is available at http://medicine.nus.edu.sg
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the University Medical Center (UMG) Göttingen, we will investigate forces generated by neuronal model cells during synaptic activity. The tasks include biophysical experiments with cells using optical
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. This simulation environment will exploit the unique features of currently available AI models and include two layers: the spatial mapping one (placing the chargers where the people need them to be), and the power
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. Meeting the project deliverables within the project timeframe, which consists of the following responsibilities: Explore different numerical models that can capture droplets physical behavior under both
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The Art Studio major enables students to become fluent in visual languages—their analytical and critical vocabularies and the rigors of their techniques and methods—to explore intellectual issues
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Synaptology” until 30.06.2029. Within this project, and in a collaboration with the University Medical Center (UMG) Göttingen, we will investigate forces generated by neuronal model cells during synaptic
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this collaborative project, we will develop a comprehensive strategy combining (1) vasculature-on-chip models, (2) in-depth nanobubble characterization, and (3) tailored imaging solutions to advance cancer diagnostics