Fujitsu and ANU Collaborate to Bring World-Class Quantum Computing to Australia: Driving Local Innovation and Talent Development Through Memorandum of Understanding

Fujitsu and the Australian National University (ANU) have partnered to introduce advanced quantum computing technology to Australia. They have signed a Memorandum of Understanding to promote innovation and develop local talent in the field.

Fujitsu Australia Limited and The Australian National University have signed a memorandum of understanding to collaborate on a quantum research facility in Australia. This partnership aims to provide industry professionals, government officials, researchers, academics, and students with access to cutting-edge quantum research. The two organizations will work together to create a center for quantum research and aspire to develop a quantum computer on the premises.

In line with Australia's National Quantum Strategy, which aims to support and enhance quantum research and industry in Australia to be competitive on a global scale, the Memorandum of Understanding (MoU) outlines a strategic partnership between Fujitsu and a top Australian university. This partnership is focused on leveraging quantum technologies to create opportunities and applications that will benefit local organizations and the international community in the long term.

Graeme Beardsell, who is the Executive Vice President and Chief Executive Officer for Oceania at Fujitsu, stated that the company is focusing on innovating in the field of computing for the future. Fujitsu's dedication to quantum research, as well as partnerships with institutions like ANU, has positioned them as leaders in the global competition to create the first fault-tolerant quantum computer. This initiative goes beyond just technology, as it aims to unleash the upcoming wave of innovation.

Australia is dedicated to leading in quantum technology, and Fujitsu is actively contributing to this goal. We are not only working on advancing these technologies, but also sharing our knowledge, promoting collaboration, and having faith that the next major advancement in quantum technology will emerge from a worldwide network of talented individuals working together to create technology that benefits society.

Within their partnership, Fujitsu will grant ANU researchers and educators the opportunity to utilize Fujitsu's quantum systems and simulators in Japan. In order to foster more advancements, Fujitsu is working with RIKEN to unveil a 256-qubit quantum computer by March 2025 and a quantum computer with up to 1000 qubits by fiscal year 2026. This solidifies ANU's continuous access to the most advanced quantum technology available.

ANU and Fujitsu are working together to create educational materials and training programs that focus on utilizing Fujitsu's quantum technologies. This collaboration aims to enhance the research methods and strategies used in the study of quantum computing.

Plans to build and operate quantum computers at a

As well as sharing information, the project will also work towards establishing a quantum computer on-site at ANU. This will benefit local researchers, as well as professionals from the government and industry, in gaining knowledge and skills in the field of quantum computing.

The quantum computer located on-site will give Australian professionals the ability to use new technologies in their own country. This will allow them to carry out advanced research in areas such as cryptography, material science, and quantum simulations.

Professor Lachlan Blackhall, who serves as the Deputy Vice-Chancellor for Research and Innovation at The Australian National University, expressed that the partnership with Fujitsu aligns with the university's goal of advancing education in cutting-edge technologies like quantum computing. This collaboration will also contribute to the development of a skilled workforce in quantum computing within Australia.

ANU is looking forward to working together with Fujitsu to expand on the University's expertise in quantum optical physics and quantum algorithms. This collaboration will not only benefit the University, but also contribute to the nation's development in fundamental quantum physics. This is crucial in order to fully utilize the potential of research and apply it to practical applications in the quantum field.

Fujitsu has a strong understanding and capability in the field of quantum technology, ranging from combining different platforms to

Fujitsu is working on creating a 256-qubit and 1,000-qubit superconducting quantum computer with RIKEN in the next two years. Additionally, Fujitsu has been building up its quantum technologies and knowledge in this field.

– A hybrid quantum computing platform: This platform combines a 64-qubit superconducting quantum computer with a quantum simulator to address quantum bit errors in current quantum computers. It uses a computing workload broker, an AI-based software that automatically combines various computing resources and algorithms for optimal computing.

– Quantum applications: Fujitsu's quantum computing research and development cover all technical areas, from quantum devices to platform software applications. They are actively developing new algorithms for chemistry calculations, financial systems, and drug discovery.

– Commercial quantum computer system: Japan's national Institute of Advanced Industrial Science and Technology (AIST) has ordered a gate-based superconducting quantum computer system from Fujitsu. This system is designed to scale to hundreds of qubits.

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