Speaker
Description
Quantum annealing machines are attracting attention as a new type of quantum computer in addition to conventional gate-based quantum computers. They have been introduced to the market by D-Wave company and can also be used on the cloud. Many companies are also considering using and operating them in the future, and it is expected that they will also be practically used more widely in the scientific field.
Accurate computtatinal reproduction of quantum few-body systems such as hadrons,nuclei, atoms, etc have been a central interest in science because it is fundamental research into understanding quantum systems.
In this talk, I will explain how quantum machine learning can be implemented using a quantum annealing machine to perform calculations on quantum few-body systems, and provide actual calculation examples.