One, Two, BEE

The brains of bees are comprised of 960,000 neurons and are the size of a sesame seed. The human brain is 20,000 times bigger, and therefore insects were thought to have constrained neural processing capabilities in comparison.  But 100 years ago, Nobel Laureate, Karl von Frisch changed this mindset: he showed that bees indeed have colour vision by training honeybees to collect a sucrose sugar solution associated with coloured cards, and they continued to return to the same coloured cards in the absence of sucrose. Since then, we’ve learned that bees can even perceive ultraviolet wavelengths, which are beyond what we can see.


Everyone’s reality is slightly different. We all experience the world around us in different ways. Our world is sensed as numbers and electrical impulses that our brains then turn into something meaningful. At Extrasensory, everyone was challenged to make sense of the world of the senses and find the limits to their own. There were many incredible sights, tastes and sensations to behold while exploring the magnificent spaces of the Parliament of Victoria!

Gamble, Drink, Consume, Repeat: Breaking the Cycle

The current treatment model for addictive behaviours involves treating people based on the substance or behaviour they are dependent on; however, there are usually underlying psychological reasons for their addictions that might not go away (i.e. treating someone for alcoholism who drinks due to an earlier trauma doesn’t remove the injury of the underlying trauma). The solution is to ‘focus on underlying drivers, not surface symptoms of problematic behaviours’. Rather than assessing and focusing on a diagnostic “what”, Professor Yücel and BrainPark are focusing on the “why”. 

Professors Anthony Burkitt and Jamie Rossjohn are the 2018 RSV Medallists for Research Excellence

RSV President David Zerman emphasises the Medal is not just about discovery and innovation, but also about fostering and supporting a thriving research community and workforce to achieve collective impact. “Some of this is demonstrated through a scholar’s personal output of journal articles and the related citations, or through patents and commercialisation, but it is also the research ecosystem that a leader supports through mentorship, collaboration and public engagement. We look very favourably on research leaders who bring effective teams together, and who actively promote younger scientists in particular, either through direct supervision, co-authorship of major papers, or simply creating opportunities for meaningful, purposeful work in an intensely competitive job market.”

The Neuroscience of Racism: Science and Stories

People often say that we are not born racist, however the truth is actually more complicated: new-born infants exhibit no preference for faces of various ethnic groups, however from the age of 3 months, infants begin to take longer to scan faces – indicating that they are thinking more about appearances – and exhibit a preference for faces of their parents’ (and own) ethnic group(s).  These findings imply that while we may not be born racist, our perceptions of ethnic differences are learned during early development as a result of exposure to own- versus other-race faces. In this reflective piece, Catriona Nguyen-Robertson considers the neuroscience of racism as presented to the Society by Dr Larry Sherman, drawing parallels to her own experience as an Australian with a mixed heritage of Vietnamese and Scottish parentage.