CSIRO is leading the charge in quantum computing research, showcasing its myriad advantages and applications, with a particular focus on quantum annealing for optimization. Collaborating closely with global leaders in quantum annealing, we specialize in areas in materials modelling including data-constrained modelling, scheduling, and logistics. Quantum annealing, a mature technology in the quantum computing realm, boasts a significantly higher qubit count compared to gate-model quantum computers, allowing for the solution of large-scale problems.

Our research efforts are directed towards enhancing quantum computing efficiency, pioneering hybrid quantum-classical computing solutions for tackling large-scale challenges, and delivering impactful applications across various industries. This collective effort positions CSIRO and its collaborators as leaders in providing cutting-edge quantum technology solutions to diverse sectors, including manufacturing and minerals.

Despite the promise of quantum computing, qubit noise poses a significant barrier to its broad adoption, particularly in solving complex real-world problems like optimization. To address this challenge, CSIRO filed a groundbreaking quantum computing error mitigation invention with IP Australia in 2024. This invention led to the development of the Spin-Error Mitigation for Optimization (SEMO) Python dynamic module, designed to streamline the solution of practical optimization problems. Quantitative demonstrations have underscored SEMO’s ability to maintain solution robustness against underlying problem complexity, enabling quantum computers to tackle optimization problems more efficiently and accurately. The SEMO dynamic module is available for evaluation by selected parties, who can obtain a SEMO digital token from the CSIRO applied quantum computing project team.

For further information, please contact the CSIRO applied quantum computing team at appliedquantumcomputing@csiro.au. Explore broader CSIRO quantum technology research at https://www.csiro.au/en/research/technology-space/quantum-technology. Additionally, D-Wave Systems and NEC are global leaders in quantum computing systems, software, and services, contributing significantly to advancements in the field.