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backgrounds in one or more of the following areas: *Imaging spatiotemporal dynamics of RNA in living cells *RNA processing and modifications in disease *Biophysics of condensate assembly and dynamics
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of images will be processed to reconstruct an estimated 100 million neurons and 100 billion synapses, yielding the first mammalian connectome. The Princeton Neuroscience Institute is a key performer in BRAIN
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. They will need to understand the big picture research goals and support the full breadth of research efforts in the lab. In addition, they will participate more deeply in a smaller set of research projects
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with a pick-and-place robot guided by computer vision. The task of the robot is to pick up slices floating on water and place them on substrates suitable for electron microscopic imaging. This is the
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with a pick-and-place robot guided by computer vision. The task of the robot is to pick up slices floating on water and place them on substrates suitable for electron microscopic imaging. This is the
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eager to lead the project towards a research publication by the end of summer. This position is temporary. Responsibilities Developing a multimodal interaction paradigm that combines eye gaze, hand
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modeling, deep learning/computer vision, time-lapse cameras and hummingbird behavior. Required qualifications: *A PhD in biology, genetics, physics, computer science or a related field *A very strong
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processing benefited from modern high-performance computing and artificial intelligence. But the images were acquired from slices of the fly brain that were collected manually, in a manner that has remained
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backgrounds in one or more of the following areas: *Imaging spatiotemporal dynamics of RNA in living cells *RNA processing and modifications in disease *Biophysics of condensate assembly and dynamics
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a strong foundation in both AI and HCI, and is eager to lead the project towards a research publication by the end of summer. This position is temporary. Developing a multimodal interaction paradigm