In order to maintain and improve industrial competitiveness and solve social issues such as carbon neutrality, it is necessary to process in a timely manner computations that are becoming exponentially more complex and larger every year. This means that technology is needed that can solve problems that cannot be solved quantitatively or qualitatively by conventional classical computers alone in a realistic time frame. Therefore, it is expected that the combination of quantum computing technology, including quantum-inspired technology, with artificial intelligence (AI) technology will make it possible to dramatically improve computing power and the sophistication of data utilization.
This project develops common libraries that implement reusable algorithms for different applications to promote the creation of applications using quantum-AI hybrid technology. In addition, the project aims to establish and maintain a sustainable management framework for the common libraries.
Development of Common Library
We aim to develop common libraries of quantum-AI hybrid algorithms that can be shared across multiple domains, and that can handle the scale and complexity of real business problems that are difficult to solve using conventional technology.
Maintenance of Common Library
We aim to implement a “place” based on ABCI where the developed common library can be evaluated. Furthermore, we also aim to establish an ecosystem to create use cases and to develop and maintain the common library on a sustainable basis.
Acknowledgement: This web site is based on results obtained from “Development of Quantum-Classical Hybrid Use-Case Technologies in Cyber-Physical Space” (JPNP23003), commissioned by the New Energy and Industrial Technology Development Organization (NEDO).