13 computational-materials-physics Postdoctoral positions at University of Texas at Dallas
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, biochemical assays, and molecular biology techniques (including western blotting and RT-qPCR) Experience with electrophysiology, rodent EEG recordings, experimental seizure models, or computational techniques
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imaging is also required. However, experience with bioinformatics or computational tools for biology is highly recommended but not required. This position provides an opportunity to lead and run experiments
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understanding of biochemistry and materials chemistry with the ability to perform assay development. The successful candidate must be able to develop independent protocols for complex novel assays for multiple
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Experience Ph.D. in Chemistry or a related field and knowledge of quantum chemistry and quantum physics to develop two-dimensional superconducting single-photon detectors. Other Qualifications To the extent
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computer applications used for data recording, analysis, and reporting. Physical Demands and Working Conditions Physical Activities Working Conditions Additional Information Remote Work: A hybrid remote work
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these toolkits into biotechnology platforms and therapeutic reagents. Our research program integrates chemical biology, protein engineering, and cell biology techniques for therapeutic development, primarily in
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, publications, and grant preparation Contribute to a cohesive and efficient team environment Physical Demands and Working Conditions Physical Activities Working Conditions Additional Information Work Notice
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volume of imaging and behavioral data from the BrainHealth Project Publish findings Help to secure funding to continue the research program Physical Demands and Working Conditions Long hours working
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Contribute to a cohesive and efficient team environment Physical Demands and Working Conditions Physical Activities Working Conditions Additional Information Work Notice Primary work duties will be carried out
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these toolkits into biotechnology platforms and therapeutic reagents. Our research program integrates chemical biology, protein engineering, and cell biology techniques for therapeutic development, primarily in