Complexity and universality in nuclear fusion. This Future Fellowship aims to understand the foundational quantum mechanical mechanisms underpinning the fusion of complex nuclei and apply advanced com

Description

Complexity and universality in nuclear fusion. This Future Fellowship aims to understand the foundational quantum mechanical mechanisms underpinning the fusion of complex nuclei and apply advanced computational techniques to optimize the use of nuclear reactions in applications. Nuclear reactions are crucial in many areas of science (astrophysics, materials analysis) and society (cancer therapies, medical isotopes, power). Expected outcomes include new realistic models for fusion, improved methods and models for application-relevant nuclear reactions and new international collaborations. Key benefits include enhanced expertise to support a range of nuclear technologies, and increased Australian research and training capacity in this strategically critical area.. Scheme: ARC Future Fellowships. Field: 5106 - Nuclear and Plasma Physics. Lead: Dr Edward Simpson