140 algorithm-development-"Multiple"-"Prof"-"St"-"Simons-Foundation" positions at University of Manchester
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A Research Associate position is available to undertake research in a UKRI/EPSRC funded research project to investigate the development of terahertz (THz) spintronic emitters as strong sources
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We are seeking an Engagement Officer to help us achieve impact between our world class research and policymaking. The role focuses on creating, developing, and evaluating policy engagement activity
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healthcare professionals with data entry and dealing with queries, communicating with study participants, scanning consent forms, assisting with the development of study promotional materials, assisting with
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programmes, contributing to the Whitworth’s strategic priorities to acknowledge the diversity and global interconnectedness of art and their histories. They will lead the development and delivery of specific
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accepted the team will continue to work closely with other members of the Innovation Factory organisation, particularly the Commercial Development Team, to further assess and progress viable projects towards
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(“Developed Vetting”). The holder will be required to work in the Department of Mathematics and at the Heilbronn Institute’s office in Manchester. Travel to other locations may occasionally be required
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Applications are invited for a 9 month postdoctoral research associateship in the development and application of novel high resolution NMR techniques for the analysis of heterogeneous and dynamic
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thereafter, for 1 year in the first instance, with the potential for renewal for a further year. The post is part of an EPSRC-funded research programme (PhotoOxyEdit), looking to develop photochemical methods
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disruptive effects of evening and night-time light, the potential beneficial effects of brighter daytime light on sleep and rhythmicity are little understood. We have developed a new laboratory model species
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disruptive effects of evening and night-time light, the potential beneficial effects of brighter daytime light on sleep and rhythmicity are little understood. We have developed a new laboratory model species