Adjunct Faculty
 |
Fleischauer, Michael
National Institute for Nanotechnology (780) 641-1705
Group website |
Development and use of in-situ operando electrochemical, structural, mechanical, and spectroscopic techniques to understand the influence of dynamic real-world conditions on energy storage materials and systems (e.g. lithium-ion batteries). |
 |
Hiebert, Wayne National Institute for Nanotechnology wayne.hiebert@nrc-cnrc.gc.ca |
Condensed matter physics. |
 |
Hussein, Amina |
Experiments and numerical modelling of laser-matter interactions: relativistic electron acceleration and laser wakefield acceleration; the generation and application of laser-driven x-rays, gamma-rays and infrared pulses; laser induced breakdown spectroscopy. Interdisciplinary applications including sustainable agriculture and advanced manufacturing. |
|
Kothes, Roland |
The study of magnetic fields in supernova remnants, pulsar wind nebulae, and the Milky Way Galaxy through radio polarimetric observations. Early star formation in the Cygnus X region. | |
 |
Le, Lawrence Radiology and Diagnostic Imaging, University of Alberta Research Transition Facility |
His primary research interest is ultrasound imaging of bone tissues relevant to patient care. This includes basic research, development of innovative imaging techniques, and clinical validation. His research involves multi-disciplinary methods to solve medical-related problems, spanning from ultrasound physics, biomedical engineering, signal processing, image processing, artificial intelligence, 3D image vision and fusion, prototype development, to electronics. |
|
Malac, Marek National Institute for Nanotechnology mmalac@ualberta.ca |
Condensed matter physics. |
 |
Porat, Gil |
Laser physics and applications, ultrafast and nonlinear optics, metrology, and tests of fundamental physics. In particular, frequency comb laser development, optical frequency conversion, and quantum sensing of magnetic fields. |
 |
Robinson, Donald 0414 Cross Cancer Institute donaldr@ualberta.ca (780) 432-8761 Group website |
Multi-modality Image registration and fusion, motion induced image artifacts, intensity modulated radiotherapy, conformal radiotherapy, dosimetry, radiobiological dose response modeling, inverse treatment planning, plan optimization and brachytherapy dose optimization. |