Quantum annealing and its fundamental aspects/ Quantum annealing and its application to real world
- August 4 (Wed) at 13:30 - 16:00, 2021 (JST)
- Masayuki Ohzeki (Professor, Graduate School of Information Sciences, Tohoku University / Professor, Institute of Innovative Research, Tokyo Institute of Technology / Founder, Leader, Sigma-i Co., Ltd.)
- via Zoom
Talk A (13:30~14:30)
Title: Quantum annealing and its fundamental aspects
Abstract: We introduce a heuristic solver for combinatorial optimization problem, quantum annealing. The quantum annealing utilizes the quantum tunneling effect to search the ground state. In particular, the Ising model with the transverse field is employed for demonstration of the quantum annealing. Most of the combinatorial optimization problem can be described by the Ising model and they are solved by quantum annealing. A decade ago, the D-Wave systems Inc. succeeded in realizing the quantum annealing in their manufactured spin system. In this talk, the concept of quantum annealing and its implementation in the D-Wave quantum annealer are introduced.
Talk B (14:40~15:40)
Title: Quantum annealing and its application to real world
Abstract: In this talk, we review the fundamental aspects of quantum annealing and show several applications to practical combinatorial optimization problems. In particular, in Japan, many researchers in industry are interested in practical applications of quantum annealing. We, Tohoku University, are performing various collaboration with many companies in Japan. The first example is to control automated guided vehicles in collaboration with DENSO. The second one is to list hotel recommendation on a web site with Recruit lifestyle. Other ones are also exhibited as far as possible. Let us discuss a future perspective of the quantum annealing in practical applications.