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, and structural properties, using techniques such as: Transmission electron microscopy (TEM) Electronic transport measurements Mechanical testing Infrared spectroscopy, etc. Setting up the synthesis
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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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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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to the Advanced Analysis Centre, which houses state-of-the-art facilities including mass spectrometry, flow cytometry, electron and confocal microscopy, genomics, and imaging platforms that support cutting-edge
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the structural, magnetic, and electronic properties of these materials using a range of techniques, as a complement to existing expertise. Under the direction of the Principal Investigators working
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the structural, magnetic, and electronic properties of these materials using a range of techniques, as a complement to existing expertise. Under the direction of the Principal Investigators working
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desirable: Experience with super-resolution microscopy techniques Experience with electron microscopy (SEM and/or TEM). Knowledge of MATLAB. Experience with live cell imaging. Our expectation is that you will