Sort by
Refine Your Search
-
Listed
-
Field
-
Scholar (FP01) – AI Imaging & Retinal Disease who is interested in ophthalmology to assist in refinement of AI models as well as validation of new biomarkers and data analysis to be able to predict whether
-
focus on flood risk management and decision analysis for wicked social planning problems. Potential project focuses include flood-risk infrastructure planning, disaster recovery processes and outcomes
-
interactions. Development and use of numerical simulation tools to study plasma–dark matter interactions. Analysis of astrophysical data to search for observational signatures of this physics. The group also
-
related to multiple projects, including collaboration and coordination with school sites and key personnel; coordinating with school partners; data analysis and interpretation; and dissemination of findings
-
-based reconstruction algorithms and image analysis pipelines. These approaches will provide highly efficient high-dimensional MRI image acquisition and reconstruction. We seek an enthusiastic and
-
of wet-lab and computational methods including but not limited to next-generation sequencing and data analysis, spatial transcriptomic sequencing and analysis, single-cell studies, advanced cell
-
analysis are preferred. Successful candidates must demonstrate expertise in MR Physics, computer programming, critical scientific thinking, and creativity. Applicants will be expected to help develop novel
-
computational experience including but not limited to next-generation sequencing and data analysis, plasmid and cell culture techniques, DNA/RNA work, single-cell studies, cochlear microdissection and