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+ imaging, data analysis and neuronal circuits. Requirement PhD in neuroscience, computer science or a related field High motivation for explorative research Experience in neurophysiology (electrophysiology
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University of British Columbia | Northern British Columbia Fort Nelson, British Columbia | Canada | 6 days ago
knowledge to resolve or aid in the resolution of complex scientific and technical problems with students. Qualifications PhD in Physics, Electrical Engineering, or a related discipline. Demonstrable skill in
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junior trainees in the lab; and will manage, maintain and provide technical expertise for lab equipment, protocols, and programs. Minimum Requirements • PhD in Electrical, Mechanical, Biomedical
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activities in circuits of murine models of 22q11.2 and 3q29 deletion syndromes, two rare conditions that confer the highest genetic risks of schizophrenia. Qualifications: PhD in computational neuroscience
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between different anxiety-related behaviours and arousal states, and (2) determine the brain circuit mechanisms involved. Applicants should have (or should be about to receive) a PhD in preclinical
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; Contribute to the research activities of the SD Centre in particular complimentary to the superconducting quantum devices and diamond quantum pilot lines and the photonic integrated circuits pilot line
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: Qualifications include a PhD or equivalent in environmental health, epidemiology, biostatistics, or a closely related discipline. The successful candidate should be highly organized and have excellent oral and
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Requirements: Applicants whose PhD work included substantial experimental work with a focus on superconductor, semiconductor or hybrid semiconductor-superconductor quantum electronic devices, and microwave
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, their development, and how disruptions in homeostasis contribute to pathological conditions. The position involves close collaboration with PhD students, postdoctoral researchers, and international partners. Active
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immunoengineering. This position is part of our newly funded ERC Advanced Grant, which aims to develop genetically engineered feedback control circuits in human T cells to tackle challenging diseases. The successful