Скачать или смотреть Fujitsu Quantum: Challenges in Realizing Practical Quantum Computing

Unlock the boundless potential of quantum computing with Fujitsu's innovative technology solutions. With a rich history of high-performance computing advancements, Fujitsu is at the forefront of tackling societal challenges through state-of-the-art quantum-inspired technologies. Introducing the Digital Annealer, a revolutionary chip designed to solve complex optimization problems with unparalleled efficiency. Embracing the future, Fujitsu is spearheading research and development in quantum computing, collaborating with global research institutions to push the boundaries of content computing technologies.

Fujitsu's global presence extends to cutting-edge labs in the US, Europe, and India, fostering partnerships with leading research institutions. By actively engaging in collaborative research and development initiatives, Fujitsu is accelerating advancements in quantum stability and performance. The establishment of the Fujitsu Quantum Computing Joint Research Division with Osaka University is propelling software innovation for fault-tolerant quantum computing, revolutionizing the landscape of quantum technology. Witness groundbreaking achievements such as the space-time actioned analog rotation quantum computing architecture, showcasing Fujitsu's commitment to advancing quantum computing capabilities.

Embark on a quantum computing journey with Fujitsu's hybrid quantum computing platform, offering users access to quantum computers and simulators for diverse applications in material science, drug discovery, and finance sectors. Explore cutting-edge research in quantum circuit cutting, a pioneering technique enabling large-scale quantum optimization on existing hardware. Fujitsu's vision for computing as a service seamlessly integrates HPC, the Digital Annealer, and quantum computers to deliver customized solutions tailored to industry needs. Quantum computing is no longer a distant dream—join Fujitsu in shaping the future of computing technologies today.