Using musical training to examine brain plasticity and cognitive skill development. Until recently, the brain was likened to a computer - hard-wired with minimal response to injury. Exciting new research is altering this view, showing that the brain can change in response to the environment. This study will use sophisticated brain scanning techniques with musicians who have rare, absolute pitch ability. This ability develops with exposure to early training during a critical time period. We will ....Using musical training to examine brain plasticity and cognitive skill development. Until recently, the brain was likened to a computer - hard-wired with minimal response to injury. Exciting new research is altering this view, showing that the brain can change in response to the environment. This study will use sophisticated brain scanning techniques with musicians who have rare, absolute pitch ability. This ability develops with exposure to early training during a critical time period. We will test the relationship between this exposure and changes in brain shape and function. The results will tell us about the interaction between genes and environment, and the way normal development can be enhanced by early experiences.Read moreRead less
The role of preferred brain states in perceptual and cognitive processing: New insights into brain dynamics. New insights into brain dynamics will improve our understanding of both normal and atypical functioning. Extending previous work on normals will confirm how innovative Australian approaches can lead the research agenda in basic neuroscience, at the psychology-physiology interface. Testing in AD/HD and elderly populations will clarify dysfunctional brain mechanisms underlying AD/HD, and th ....The role of preferred brain states in perceptual and cognitive processing: New insights into brain dynamics. New insights into brain dynamics will improve our understanding of both normal and atypical functioning. Extending previous work on normals will confirm how innovative Australian approaches can lead the research agenda in basic neuroscience, at the psychology-physiology interface. Testing in AD/HD and elderly populations will clarify dysfunctional brain mechanisms underlying AD/HD, and the cognitive losses in elderly populations (exacerbated by dementia). These results may lead to better diagnosis, treatment, and community understanding of these groups. Also, publications on these target groups will demonstrate internationally the widespread utility of this approach, encouraging further novel applications of basic neuroscience in health.Read moreRead less