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detector design, construction or commissioning, and implications on physics performance. Brief Description of Duties: The successful candidate will take on a major role in the Stony Brook Nucleon decay and
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Siemens Prisma Fit (and additional 3 T systems if desired) to collect structural and dynamic MRI data. * Quantitative analysis: develop pipelines for dynamic MRI and physiologic data; integrate multimodal
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sequence implementation: operate a 3 T Siemens Prisma Fit (and additional 3 T systems if desired) to collect structural and dynamic MRI data. ● Quantitative analysis: develop pipelines for dynamic MRI
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sequence implementation: operate a 3 T Siemens Prisma Fit (and additional 3 T systems if desired) to collect structural and dynamic MRI data. ● Quantitative analysis: develop pipelines for dynamic MRI
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June 2025. Preferred Qualifications: Specific expertise in lung cancer biology and signal transduction. Experience and expertise in protein kinase C signaling. Experience in vivo animal models of lung
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June 2025. Preferred Qualifications: Specific expertise in lung cancer biology and signal transduction. Experience and expertise in protein kinase C signaling. Experience in vivo animal models of lung
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detector design, construction or commissioning, and implications on physics performance. Brief Description of Duties: The successful candidate will take on a major role in the Stony Brook Nucleon decay and
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detector design, construction or commissioning, and implications on physics performance. Brief Description of Duties: The successful candidate will take on a major role in the Stony Brook Nucleon decay and
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bacterial genetic tools and assessing pathogenicity using in vitro, ex vivo, and in vivo infection models. Experience in molecular biology techniques, such as ELISA, PCR, microarray, and western blot analysis
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that will work to further develop time- and angle-resolved photoemission (tr-ARPES) using advanced extreme ultraviolet light (XUV) sources. The successful applicant will conduct tr-ARPES experiments