A major challenge in the field of synthetic organic chemistry consists in the formation of carbon-carbon and carbon-heteroatom bonds. These types of bonds occur frequently in molecules found in nature, and often under the form of heterocycles. The design of new reactions which provide access to both known and unknown heterocyclic motifs in a rapid […]

I hope to conduct research on the growth and cultivation of the Grimm Brothers’ folktales in Japan. To do this I will be analyzing the first adaptations of the folktales seen in an early Japanese Children’s Magazine known as Akai Tori and will be contrasting it to more contemporary adaptations. I specifically wish to study […]

This project will compare representations of the colonization of Indigenous populations in Canada and Australia in picture books. The paper will explore how authors and illustrators express the complexity of colonization to child audiences. I intend to examine which textual and visual techniques most effectively and accurately communicate colonization and post-colonial stories to young readers, […]

In recent years there has been a growing focus on evaluating the reproducibility of scientific findings. In neuroimaging this has been explored with respect to the impact specific choices in analysis software have on the resulting claims and their ability to be replicated across datasets or other tools. The focus of my Ph.D. involves the […]

Dielectric elastomers or “artificial muscles” are a class of electroactive polymers that undergo expansion when subjected to an applied electric field. Polysiloxanes commonly referred to as silicones are often the material of choice for dielectric elastomers due to their excellent mechanical properties. However, they suffer from minimal expansion when subjected to an electrical field. This […]

The work that the Glowacki lab has addressed concerns two main issues of VR: a lack of multi-user interaction and heavy processing requirements. Using remote cloud supercomputing facilities, his lab can access the processing power to model in real time incredibly complex mathematically systems, with the computational physics simulations performed off-site, thereby enabling multi-user interactions. […]

Machine learning for healthcare promises to improve our diagnostic ability, to plot optimal treatment plans, and to smooth clinical operations and lower costs. But, central to these promises is a strong, generalizable numerical representation of a patient’s prior medical history that is reflective of clinical similarity and amenable to modeling. Learning such a representation is […]

The global regularity problem for smooth solutions to the incompressible Euler and Navier-Stokes equations is a major open problem in the analysis partial differential equations and in mathematical physics. In recent years, there have been several significant advances in our understanding of the global regularity problem for the Euler equations both numerically and analytically. Particularly, […]

The objective of my research in the Fillingham Lab at Ryerson University is to understand how genes works since it is a fundamental process and its failure is implicated in many diseases. Understanding how genes works has shown to have promising outcomes in the treatment of many diseases since this research can reveal novel drug […]

The aim of the thesis project is to explore the language behaviour and attitudes of Nahuatl communities in the face of language endangerment, and how they are contributing to the language maintenance and revitalization efforts. Nahuatl is one of 72 indigenous languages in Mexico with over one and half million speakers . The research project […]

Robotics and automation are radically transforming industries—from manufacturing to services—as well as societies. Collaborative multi-robots, in particular, have the potential to greatly improve the performance of any spatial task (e.g., exploration and surveillance) much like distributed computing impacted information science. One fundamental, enabling property of these systems is the ability for their members to exchange […]

Since the collapse of the Tacoma Narrows, bridge engineers are greatly concerned by the dynamic behavior of bridges under wind actions especially when designing long-span bridges, i.e., suspension or cable-stayed bridges. Considering that very long spans are planned such as the Messina Strait Bridge, a suspension bridge in Italy with a main span of 3.3 […]