As an economics professor at the University of New Brunswick, Dr. Constantine Passaris aspires to change how the academic community and general public view globalization. After the IT Revolution of the late 20th century, our society has transformed into a global village. With this in mind, Dr. Passaris theorises on his take of modern globalization which he calls "internetization" to best define this economic pillar of the 21st century.
Jeremy Smith, a Fredericton based high school science teacher, decided to focus his research on a problem he experiences daily. Smith explored the impacts of class composition on New Brunswick’s high school science classrooms to determine ways to enhance student learning. Research such as Smith’s shows that important research does not need to happen in the conventional setting to have an impact on important issues.
Improving health care, adjusting policies, and allowing research to make an impact is vital for advancing our technologies to meet our new needs. As communities grow larger, and new problems arise, technology must adapt to be effective. People that work on tackling integration of new technology into society are known as Translational Scientists. Dr. Keith Brunt, a Translational Scientist with IMPART labs, and a faculty member in Medicine and Business at Dalhousie Medicine New Brunswick and UNBSJ has first-hand experience in the area of translational medicine and understands its importance for the future.
With 19.5% of the population being aged 65 or older, New Brunswick has the highest proportion of older adults in Canada and it is projected that by 2026 this will rise to 25.7% of the population. In 2016, there were 67 nursing homes, and 390 special care homes providing residential care. With a large proportion of the population living in long-term care, it is important to know how to care for patients and their needs, including choices and interactions between staff and the patient.
Vergence eye movements allow us to change our depth of focus and see in 3D. The ability to recalibrate these eye movements is crucial for accurate depth perception in different visual environments, just as adaptation is crucial in many other aspects of our success and survival. With virtual and augmented reality technology becoming increasingly popular, understanding the adaptive capacities of vergence eye movements has never been more important.
I was fortunate enough to be able to sit down with Dr. Chris McGibbon, Research Chair in Rehabilitation Biomechanics at the Institute of Biomedical Engineering and Professor of Kinesiology to talk about his career; how he got here, and what drives his success.
Science is built upon discoveries and building evidence to support a theory. Individual researchers publish results based on their data and then others use this information to guide their own research. The process works, but how efficiently? Does this methodology truly reflect the potential of the 21st century?
The UNB Hand, what is it? What has it accomplished? Why should it be important to me? These are questions that you likely had when you first looked at the title of this article, and these are the questions we are going to answer.