• Aiming at developing practical quantum optimization technology known as quantum annealing, we are working on exploring basic technologies that can overcome the limitations and applications in collaboration with multiple companies. The advantage of the method is that it can be used simply by formulating a cost function that draws the goal to be optimized once, but we are not limited to the original method. We extend it by considering a much easier problem, sequential optimization by learning, black box optimization, etc.. In particular, it is being applied to automated driving, logistics in factories, and evacuation guidance during disasters.

Applications to route search problems such as automatic driving of various vehicles, evacuation route guidance at the time of disaster, process scheduling and a large number of combination problems. We can provide a solution to combinatorial optimization in each industry. (Transportation / distribution, manufacturing, materials, drug discovery, etc.)

• Aiming at developing practical quantum optimization technology known as quantum annealing, we are working on exploring basic technologies that can overcome the limitations and applications in collaboration with multiple companies. The advantage of the method is that it can be used simply by formulating a cost function that draws the goal to be optimized once, but we are not limited to the original method. We extend it by considering a much easier problem, sequential optimization by learning, black box optimization, etc.. In particular, it is being applied to automated driving, logistics in factories, and evacuation guidance during disasters.

Applications to route search problems such as automatic driving of various vehicles, evacuation route guidance at the time of disaster, process scheduling and a large number of combination problems. We can provide a solution to combinatorial optimization in each industry. (Transportation / distribution, manufacturing, materials, drug discovery, etc.)

• 1) We investigate quantum effects in nanostructures and develop quantum devices like quantum bits and sensors utilizing solid-state nanostructures.
• 2) We have techniques and skills on electric measurement and control of quantum states and data informatics. We are open to new collaborations.

• 1) We investigate quantum effects in nanostructures and develop quantum devices like quantum bits and sensors utilizing solid-state nanostructures.
• 2) We have techniques and skills on electric measurement and control of quantum states and data informatics. We are open to new collaborations.

• 1) We investigate quantum effects in nanostructures and develop quantum devices like quantum bits and sensors utilizing solid-state nanostructures.
• 2) We have techniques and skills on electric measurement and control of quantum states and data informatics. We are open to new collaborations.

• 1) We investigate quantum effects in nanostructures and develop quantum devices like quantum bits and sensors utilizing solid-state nanostructures.
• 2) We have techniques and skills on electric measurement and control of quantum states and data informatics. We are open to new collaborations.

• Aiming at developing practical quantum optimization technology known as quantum annealing, we are working on exploring basic technologies that can overcome the limitations and applications in collaboration with multiple companies. The advantage of the method is that it can be used simply by formulating a cost function that draws the goal to be optimized once, but we are not limited to the original method. We extend it by considering a much easier problem, sequential optimization by learning, black box optimization, etc.. In particular, it is being applied to automated driving, logistics in factories, and evacuation guidance during disasters.

Applications to route search problems such as automatic driving of various vehicles, evacuation route guidance at the time of disaster, process scheduling and a large number of combination problems. We can provide a solution to combinatorial optimization in each industry. (Transportation / distribution, manufacturing, materials, drug discovery, etc.)

• 1) We investigate quantum effects in nanostructures and develop quantum devices like quantum bits and sensors utilizing solid-state nanostructures.
• 2) We have techniques and skills on electric measurement and control of quantum states and data informatics. We are open to new collaborations.