Research

Research

Our team is dedicated to advancing our understanding of human motor control and learning through innovative research projects. We integrate research expertise in motor psychophysics, computational modelling, non-invasive brain stimulation and neuropsychological techniques to reveal fundamental principles of how the brain learns new motor skills and represents what it learns. 

Our research covers a wide range of topics including:

Approach

Our team uses a variety of techniques to study motor control and learning, including:

Behavioural Testing

Our behavioural experiments involves a KINARM End-Point robot, which is designed to study different forms of motor adaptation including force-field adaptation and visuomotor adaptation. The KINARM allows novel mappings to be imposed between hand motion and the corresponding visual feedback that is provided during reaching movements, which similarly requires participants to adapt in order to maintain accurate performance.


Non-invasive Brain Stimulation

We use non-invasive brain stimulation to gain novel insights into the workings of the brain at both a neurophysiological level and also at higher cognitive levels. We utilise a wide variety of transcranial brain stimulation (TMS) techniques to investigate brain neurophysiology and neuro-plasticity in motor control and learning.


Please visit our "Publications" page to view a list of our recent research articles and conference presentations. If you are interested in participating in one of our research studies, please see our "Join a Study" page for more information.