Regular biography
Bradley J. Siwick is an Associate Professor in the Department of Chemistry at McGill University. His research focuses on developing technologies to study molecular and material systems at the atomic level, particularly through the integration of electron microscopy and ultrafast laser spectroscopy. He holds a Canada Research Chair in Ultrafast Science (Tier II) and has a background in physics, including a B.A.Sc. in Engineering Science and Physics from the University of Toronto. His work explores photoinduced phase transitions and structural dynamics in functional materials, with potential applications in understanding extreme states of matter. Siwick also teaches CHEM 355, Applications of Quantum Chemistry.
Scholar-generated biography
Bradley J. Siwick is a researcher at McGill University, specializing in Ultrafast Electron Scattering, Ultrafast Phenomena, and Condensed Matter and Materials Physics. His work focuses on using ultrafast electron diffraction and microscopy to study dynamic processes in materials, such as phase transitions, electron-phonon coupling, and structural dynamics. His research has explored topics like the photoinduced metal-like phase of VO2, femtosecond electron diffraction for atomic-level imaging, and the role of water in proton-transfer reactions. Siwick's contributions have advanced the understanding of ultrafast solid-state dynamics and the development of high-resolution imaging techniques for materials science.