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, particularly molecular cloning Experience with the creation of DNA / peptide libraries (e.g., by error-prone PCR) Experience in working with (antimicrobial) peptides and peptide-based natural products (e.g
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. Analyze large datasets from battery systems to improve model accuracy and performance. Conduct research on predictive analytics for real-time battery health monitoring and fault detection. Collaborate with
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Learning, Algorithms, Noise Handling (Error Correction/Mitigation), and Verification. These roles are part of the Quantum Software Lab (QSL, link: https://www.quantumsoftwarelab.com ), in collaboration with
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application! Work assignments You will work on fault diagnosis with a focus on mechanical anomalies through monitoring of dynamic behavior. The focus of the research is on fault diagnosis of mechanical failures
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An error occurred during a connection to chs.harvard.edu. What can you do about it? The site could be temporarily unavailable or too busy. Try again in a few moments. If you are unable to load any
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, including but not limited to: o Quantum error correction, fault tolerance, and resource optimization. o Entanglement dynamics, quantum control protocols, and hybrid quantum-classical algorithms. o Modeling
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systems including fault detection, diagnosis, and performance improvement methods. Mastery of dynamic reconfiguration approaches. Mastery of power converters. Mastery of software tools including MATLAB
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National Aeronautics and Space Administration (NASA) | Pasadena, California | United States | 13 minutes ago
error modeling and encounter clustering (Sentry) Field of Science: Planetary Science Advisors: Steven Chesley steve.chesley@jpl.nasa.gov (818) 354-9615 Applications with citizens from Designated Countries
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materials will be beneficial. Further, the candidate should have experience with microstructure analysis, such as twinning, stacking faults, dislocations, precipitates etc., via high-resolution microscopies
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responsibilities are to: Project 1: Explore the generation and manipulation of 3D cluster states and their potential for fault-tolerant quantum computing. Project 2: Design, construct and operate small squeezed