Quantum Lab
Transforming society in the digital age with the world's most advanced computing
Our mission is to push the boundaries of cutting-edge computing technologies,
surpassing the limitations of Moore's Law and Von Neumann bottlenecks.
Quantum computing is a dynamic field of research and development that, when fully realized, will undoubtedly revolutionize the world of computing and society at large. Addressing some of the world’s most pressing challenges will necessitate scientific and technological innovations, where computing will play a crucial role. The quantum computing paradigm introduces a novel approach to processing information through quantum particles, offering the potential to alleviate the computational bottlenecks faced by several complex societal problems.
At Fujitsu Research of America, we delve into the capabilities and constraints of quantum computing, focusing on algorithmic development and applications. Our exploration spans various societal domains, considering both near-term and long-term perspectives. Actively researching the benefits of quantum algorithms for fundamental computational problems, we address specific issues and offer quantum solutions to enhance the resolution of our customers' challenges. Identifying quantum computing advantages across different computational models, applications, and industrial verticals is a crucial step in exploring the future usability of our research.

Researchers in the Quantum Lab

Quantum algorithms,
quantum optimal control,
quantum many-body physics

Hayato Ushijima
Quantum optimization,
quantum machine learning,
quantum algorithms,
quantum error mitigation

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Quantum algorithms,
Deep learning and Optimization algorithms
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Quantum cryptography,
quantum algorithms,
quantum machine learning theory
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Quantum neural networks,
quantum linear algebra,
complex networks
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Quantum error-correction,
quantum algorithms,
quantum machine learning
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Quantum machine learning,
quantum annealing,
quantum algorithms
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Quantum information, complexity theory,
optimization, machine learning, differential privacy
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Quantum error mitigation,
quantum circuit compilation
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Quantum optimization,
quantum machine learning,
quantum algorithms







