Reducing errors in quantum computing is one in all giants. challenges facing scientists before they will build machines large enough to unravel helpful issues. Because quantum data is therefore fragile, it produces heaps of errors," same Dr Brown, a groundwork fellow at the University of Sydney Nano Institute. Completely eradicating these errors is not possible, therefore the goal is to develop a "fault-tolerant" design wherever helpful process operations so much outweigh error-correcting operations. Produce high-quality analysis and check ideas mistreatment with-it computer code, systems, and quantum development tools. Collaborate with different researchers in our network UN agency area unit pushing the boundaries of quantum computing. Current quantum operations area unit lucky to possess fewer than one error for each twenty operations which suggests that countless errors associate hour," same Dr Brown UN agency additionally holds a footing with the ARC Centre of Excellence for designed Quantum Systems