Tasmania

2009 Tasmanian Award Winner

University of Tasmania Research Field: Neuroscience In the brain, neurons connect via axons and communicate via the transfer of electrical impulses (action potentials). The wrapping of axons in insulating myelin,... Read More »


2010 Tasmanian Award Winner

University of Tasmania Research Field: Neuroscience In the brain, neurons connect via axons and communicate via the transfer of electrical impulses (action potentials). The wrapping of axons in insulating myelin,... Read More »


2011 Tasmanian Award Winner

University of Tasmania Research Field: Neuroscience In the brain, neurons connect via axons and communicate via the transfer of electrical impulses (action potentials). The wrapping of axons in insulating myelin,... Read More »


2012 Tasmanian Award Winner

University of Tasmania Research Field: Neuroscience In the brain, neurons connect via axons and communicate via the transfer of electrical impulses (action potentials). The wrapping of axons in insulating myelin,... Read More »


2013 Tasmanian Award Winner

University of Tasmania Research Field: Neuroscience In the brain, neurons connect via axons and communicate via the transfer of electrical impulses (action potentials). The wrapping of axons in insulating myelin,... Read More »


2014 Tasmanian Award Winner

University of Tasmania Research Field: Neuroscience In the brain, neurons connect via axons and communicate via the transfer of electrical impulses (action potentials). The wrapping of axons in insulating myelin,... Read More »


2015 Tasmanian Award Winner

University of Tasmania Research Field: Neuroscience In the brain, neurons connect via axons and communicate via the transfer of electrical impulses (action potentials). The wrapping of axons in insulating myelin,... Read More »


2016 Tasmanian Award Winner

University of Tasmania Research Field: Neuroscience In the brain, neurons connect via axons and communicate via the transfer of electrical impulses (action potentials). The wrapping of axons in insulating myelin,... Read More »


2017 Tasmanian Award Winner

University of Tasmania Research Field: Neuroscience In the brain, neurons connect via axons and communicate via the transfer of electrical impulses (action potentials). The wrapping of axons in insulating myelin,... Read More »


2018 Tasmanian Award Winner

University of Tasmania Research Field: Neuroscience In the brain, neurons connect via axons and communicate via the transfer of electrical impulses (action potentials). The wrapping of axons in insulating myelin,... Read More »


2019 Tasmanian Award Winner

University of Tasmania Research Field: Neuroscience In the brain, neurons connect via axons and communicate via the transfer of electrical impulses (action potentials). The wrapping of axons in insulating myelin,... Read More »


2020 Tasmanian Award Winner

University of Tasmania Research Field: Neuroscience In the brain, neurons connect via axons and communicate via the transfer of electrical impulses (action potentials). The wrapping of axons in insulating myelin,... Read More »


2021 Tasmanian Award Winner

University of Tasmania Research Field: Neuroscience In the brain, neurons connect via axons and communicate via the transfer of electrical impulses (action potentials). The wrapping of axons in insulating myelin,... Read More »