When the Covid-19 pandemic hit and courses shifted to the online environment, Professor John Johnston from the Department of Earth and Environmental Sciences faced a monumental task.
As campus is beginning to open more widely, identifying asymptomatic COVID-19 cases becomes more important to help minimize the spread of the virus on campus. Faculty of Science researchers are looking to track the effectiveness of a non-invasive, saliva-based rapid test, while simultaneously testing asymptomatic individuals on campus.
Researchers have designed a device that delivers two medications that help stop HIV transmission.
Although condom usage is the best strategy for preventing HIV transmission, the researchers are working to design a device that can be used by sex workers and in situations where women are not in a position to negotiate condom use.
New research is showing that some tiny catalysts being considered for industrial-scaled environmental remediation efforts may be unstable during operation.
Chemists from the University of Waterloo studied the structures of complex catalysts known as “nanoscale electrocatalysts” and found that they are not as stable as scientists once thought. When electricity flows through them during use, the atoms may rearrange. In some cases, the researchers found, electrocatalysts degrade completely.
Researchers have discovered a new and more efficient computing method for pairing the reliability of a classical computer with the strength of a quantum system.
This new computing method opens the door to different algorithms and experiments that bring quantum researchers closer to near-term applications and discoveries of the technology.
As we continue to navigate the COVID-19 pandemic, virtual learning has necessarily become an integral part of the day-to-day life of students, faculty, and staff at the University of Waterloo. One of the challenges often associated with online learning is creating active engagements between students and instructors, especially with hands on learning opportunities such as with labs.
Professors Aravindhan Ganesan (Pharmacy) and Subha Kalyaanamoorthy (Chemistry) use drug design methods to target the molecular machinery that supports COVID-19 replication.
Faculty of Science researchers have successfully transferred quantum coherence through photons scattered in free-space for the first time, enabling new research opportunities and applications in fields ranging from quantum communication to imaging and beyond.
In an impactful article just released in Nature’s Communications Earth & Environment journal, Ecohydrology Research Group members Professors Fereidoun Rezanezhad and
At first glance, astrophysics may not seem to have much in common with tracking and predicting the spread of a global virus. But to Professor Niayesh Afshordi, the link was clear – even early last year as our collective reaction to COVID-19 played out in real time.