In this project, you will develop efficient numerical methods to enable long-time simulations of the final burning stages and use them to investigate mixing and angular momentum transport in the innermost convective zones and/or to create better 3D progenitor models for supernova simulations. Topological materials – with their unique electronic properties dictated by the topology of quantum mechanical states – are on the verge of revolutionising the fields of advanced materials, electronics and spintronics. Lett., 116, 205501 (2016), A. C. Y. Liu, R. F. Tabor, M. D. de Jonge, S. T. Mudie, and T. C. Petersen, Proc. These are N-dimension signed discrete functions whose projected views in less than N dimensions are exactly zero across the full width of the domain they occupy. These organic nanomaterials offer extraordinary tunability and extensibility, spanning from the micro- down to the nanoscale. Unfortunately, we are missing key pieces of information: the global feasibility of these theories and their precise matter abundance predictions. The honours project will involve measuring and quantifying these 'phase-contrast' and ‘dark-field’ signals captured with these methods, specifically when resolved over time. A longer term goal is to construct compact N-dimensional functions that have optimal correlations and retain the zero sum property. These predictions will be used, in conjunction with many of their other consequences, to calculate statistical measures to quantify their plausibility using the novel CosmoBit framework [1,4]. Search Funded PhD Projects, Programs & Scholarships in Low-temperature Physics at Monash University. The final stages of massive stars already forebode the violent fate that ultimately awaits them when they explode as a supernova. See following link: http://monash.edu/science/about/schools/physics/postgrad/apply-postgrad.html. Various extensions of the Standard Model (SM) of fundamental particles have the potential to explain the origin of all matter in the Universe, baryonic (visible) and non-luminous (dark) matter alike. The force exerted on any particle in the array is cancelled by neighbours. Monash University Malaysia School of Science, Invitation to Apply from the School of Physics & Astronomy. Many processes on surfaces however, such as charge dynamics or vibrations of molecules, can unfold at much faster timescales, below 1 picosecond. Modern electronics and optoelectronics rely on the nanoscale behaviour of electrons in materials. Part of this will centre around the use of machine learning on FPGAs to form part of the DAQ system. The atomic-scale structural and electronic properties of the assembled nanomaterials will be characterised in Schiffrin’s group by low-temperature scanning probe microscopy and synchrotron-based techniques. This pattern is warped in the presence of an object. Yet, scientists have many unanswered questions about these materials. The separation of individual showers is usually achieved through a finer granularity of the calorimeter, but with the cells already smaller than the Moliere radius of the showers, there is no gain from going to a finer structure. In this project, you will have the opportunity to contribute to a state-of- the-art relativistic radiation hydrodynamics code that has been successfully used model 3D supernova explosion driven by neutrino heating. For instance, 25 Australians are bitten by monkeys every day [citation needed]. Your Monash experience doesn’t end when you graduate. In this experiment, it was shown for the first time, how local structures in the colloidal glass could be varied widely by varying the interaction between particles. Scheme to organise books and journals workshops to study support, our researchers are renowned for discovery impact! 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