11 formal-methods Postdoctoral positions at The University of Arizona in United States
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codes especially based on stabilizer formalism, and Gottesman-Kitaev-Preskill states. Knowledge of iterative decoders, low-density parity-check codes. Proficiency in Linux, Windows operating systems, C
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metabolomic studies. Complete the assigned work in time. Complete complex research projects at different stages (advanced through nearly completed). Formulate, troubleshoot and optimize research methods and
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techniques, validation methods. Ability to analyze time series data including, Frequency domain decomposition (FFT), Wavelets, Forecasting techniques, Latent class modeling, Visualization and exploratory
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, and conduct complex research projects. Formulate research methods, develop research criteria, and perform scientific data collection and analysis using independent judgment. Foster collaborations within
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nuclear systems and neutrino dynamics. Qutrit-based and hybrid quantum-classical approaches for many-body simulations. Tensor network and entanglement-based methods in many-body physics. Knowledge, Skills
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. Develop, design, and conduct complex research projects. Formulate research methods and develop research criteria. Maintain accurate and detailed records of all laboratory work and experiments. Foster
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under the direction of Dr. Abhijit Mahalanobis at the University of Arizona. His group is actively conducting research in AI/ML methods for small object detection, discrimination and classification as
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-disciplinary research in neuroscience and genetics under the direction of the principal investigator. Develop, design, perform, and analyze experiments. Formulate research methods, develop research criteria
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, Nursing, Health Promotion, or related field. Research experience and background in cancer research, epidemiological methods, and statistical analysis. Must have first authored peer-reviewed original
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qualitative methods. The Post-Doctoral scholar will work on a collaborative, interdisciplinary NSF-funded mixed-methods project co-led by Drs. Leslie D. Gonzales (Co-Principal Investigator, University