Introducing Bader College
Name change reflects the UK campus’s close connections to Queen’s, its high level of academic courses, and unique on-campus experience.
Targeted wastewater surveillance has a history of social and ethical concerns
Wastewater surveillance involves testing sewage to obtain data about a population’s health. While the technique is decades old, it has gained recent international prominence for its ability to predict pandemic surges, detect new SARS-CoV-2 variants and provide useful data when traditional testing methods reach capacity.
Nicholas Mosey Appointed as Deputy Provost (Academic Operations and Inclusion)
Dr. Nicholas Mosey, Associate Dean (Research) in the Faculty of Arts and Science (FAS), has been appointed as Deputy Provost (Academic Operations and Inclusion), effective July 1, 2022. Dr. Mosey will hold this position on an interim basis while Deputy Provost Teri Shearer serves as interim Provost and Vice-Principal (Academic).
Partnership for health innovation
An evolution of the Human Mobility Research Centre, the Centre for Health Innovation connects researchers from across disciplines to tackle the most pressing human health challenges.
Queer chapter builds connections, community
Just months after launching a chapter aimed at connecting the university’s lesbian, gay, bisexual, transgender, queer, two spirit, and other identifying (LGBTQ2S+) students, alumni, faculty, and staff, Stacy Kelly, Artsci’93, says the group is answering an important need in the community.
Blurring the line between academia and pop culture
Faculty of Arts and Science PhD candidate Meghan Burry is introducing a unique cultural studies course to the Department of English curriculum this year focusing on the literacy legacy of music icon Taylor Swift.
Queen’s celebrates Pride Month
The arrival of June marks the start of Pride Month, a time to honour and support members of the LGBTQ2S+ community, while also reflecting on the long, difficult history that has led to this month.
Mimicking nature’s structural complexity
The functions that sustain life rely on the way living things organize at scales ranging from proteins, to cells, to tissues, to organs. Mimicking nature’s structural complexity in artificial systems to process information or energy the way living things do is a major challenge for materials that can be made and used sustainably. But meeting this challenge means scientists need much better control over how big structures arise from smaller ones, especially at very small scales.