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that result from the interplay of magnetism, dimensionality, and topology. The primary experimental tools used will be neutron and Raman scattering, complemented by electron microscopy, electron energy loss
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productivity. Advanced research training, ideally a PhD or equivalent, is strongly preferred; however, candidates with a robust and sustained research portfolio will also be considered. Applicants must hold an
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. The successful candidate will hold an MD and will also be eligible for registration and licensure by the College of Physicians and Surgeons of British Columbia. A PhD would be considered an asset. The ideal
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community partners. Please visit our websites for more information about the BCCVH (https://www.bcvulvarhealth.ca/ ) and Dr. Bouchard’s research lab (https://phaselab.med.ubc.ca/ ). Dr. Katrina Bouchard is a
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laboratory settings. A combination of field, greenhouse, laboratory, and computer-based activities. Accountabilities: The postdoctoral researcher will play a central role in advancing the research and
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https://www.uwo.ca/facultyrelations/pdf/full-time-application-form.pdf Please email the above materials as individual or combined PDF attachments, in confidence to: Dr. Cheryle Séguin, Search Committee
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. Chester Upham’s supervision. The candidate should have a PhD in Chemical Engineering, Chemistry, Mechanical Engineering, Materials Engineering or a related field. The fellowship will be for a one-year
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from rates stated in this posting, the rates stated in the collective agreement shall prevail. Minimum Qualifications: PhD in Criminology and Sociolegal Studies Preferred Qualifications: PhD in relevant
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application (cover letter, CV and CUPE3902 Unit 3 application form https://uoft.me/CUPE-3902-Unit-3-Application-Form ) via email to Sharon Brown: s.brown@utoronto.ca Closing Date: 12/12/2025, 11:59PM EDT
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. The fellow will be supported to apply for grants to extend work in this field. The position is a 1-year funded role, supported by the UBC AI & Health Network (https://aihealth.med.ubc.ca/). There is potential