Motivated by prior research that reports elevator buttons as a huge source of contamination, a new study co-authored by Waterloo Faculty of Math student presents a touchless elevator concept to slow the spread of COVID-19.
Prior research shows that elevator buttons produce the highest rate of bacterial contamination (97 per cent) and can house more germs than toilet stall surfaces. However, for many people (especially health-care and front line workers), elevators are a daily necessity.
Camelia Nunez will further the innovation agenda in the Faculty of Mathematics by supporting entrepreneurial activities and facilitating meaningful collaborations between researchers and external partners, when she assumes the role of Director of Innovation and Research Partnerships on August 4th.
Nunez will promote the faculty’s mathematical innovation and entrepreneurship growth by raising the research profile, initiating and developing industry relationships, and ensuring more research funding.
Suppose you’re an archivist, librarian, or historian who’s trying to document and preserve for posterity a narrative of the COVID-19 pandemic or the ongoing Black Lives Matters protests. You’ll naturally be gathering documents from the web, and with tools available today it won’t be difficult to accumulate thousands or even millions of relevant records. How can you make sure that a scholar down the road can actually use the material that you’ve collected?
A world-leading University of Waterloo spinoff company, that decodes blood samples for potential treatments for illnesses like cancer and COVID-19, is expanding operations with the help of a $5-million USD investment.
Bin Ma, a University of Waterloo computer science professor who cofounded Rapid Novor in 2015, says the company’s technology is the most advanced in the world when it comes to deciphering the complex workings of antibody proteins, a process called sequencing.