university of western ontario
Research discovers why first impressions are so persistent
New research by a team of psychologists from Canada, Belgium, and the United States shows there is more than a literal truth to the saying that ‘you never get a second chance to make a first impression’. The findings suggest that new experiences tha…
Sulphur proves important in the formation of gold mines
Collaborating with an international research team, an economic geologist from The University of Western Ontario has discovered how gold-rich magma is produced, unveiling an all-important step in the formation of gold mines.
The findings were publi…
A positive mood allows your brain to think more creatively
People who watch funny videos on the internet at work aren’t necessarily wasting time. They may be taking advantage of the latest psychological science — putting themselves in a good mood so they can think more creatively.
“Generally, positive m…
The bitter breakup: What happens when consumers dump their brands?
It’s just like a bad breakup: People get emotional when they end a relationship with a brand. A new study in the Journal of Consumer Research examines what happens when people turn their backs on the brands they once loved.
“Customers who were o…
Research discovers how the deaf have super vision
Deaf or blind people often report enhanced abilities in their remaining senses, but up until now, no one has explained how and why that could be. Researchers at The University of Western Ontario, led by Stephen Lomber of The Centre for Brain an…
Cardiac imaging breakthrough developed at the University of Western Ontario
Cardiologists and surgeons may soon have a new tool to improve outcomes for patients requiring pacemakers, bypass surgery or angioplasties. Research led by Dr. James White and his colleagues at The University of Western Ontario has led to a new…
Brain Atrophy, Lesions Found in Type 1 Diabetics
Cerebral atrophy is common in young persons with juvenile-onset diabetes, and there is evidence that small blood vessels within the brain’s white matter are damaged in these patients, neurologists at the University at Buffalo and the University of Western Ontario have found. Both findings, which are preliminary, may be important in understanding the development of cognitive impairment seen in older diabetics.