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Position Summary The Krais Lab is seeking a postdoctoral researcher to work on DNA damage response and cancer biology projects. Current projects investigate how cells navigate a complex signaling
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Online applications must be received before 11:59pm on: May 14, 2025 If a date is not listed above, review the Applicant Instructions below for more details. Available Title(s): 306-YN_FACULTY
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National Aeronautics and Space Administration (NASA) | Pasadena, California | United States | about 2 months ago
at this time, unless they are Legal Permanent Residents of the United States. A complete list of Designated Countries can be found at: https://www.nasa.gov/oiir/export-control Eligibility is currently open to
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or to advance professionally. Preferred Qualifications A Master's or a Doctoral degree in one of the following disciplines: Artificial Intelligence, Computer Architecture and Grids, Computer Science
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lab focuses on the characterization of plant signaling networks that steer plant specialized metabolism within tightly regulated fitness programs, in particular those modulated by stress hormones
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lab focuses on the characterization of plant signaling networks that steer plant specialized metabolism within tightly regulated fitness programs, in particular those modulated by stress hormones
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allowance for education and professional development opportunities. Candidates must indicate their preferred location(s) in their application and describe their connections to the community(ies). Preference
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National Aeronautics and Space Administration (NASA) | Pasadena, California | United States | 3 months ago
in cosmic history. The process has star formation at its core, but additional factors such as the UV photon escape fraction and recombination rates are important. Line intensity mapping (LIM) in
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. *The resume/CV must include the following: Basic applicant Information: Name, address, phone, email, and other contact information. Work & Research Experience: List all work and research experiences beginning
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research, we lay the foundation for a new generation of devices that use various types of microwave-optomechanical effects for efficient signal processing. We have realized quantum-limited microwave