Contents

Kuwabara : Ms. Matsuoka, COO of QunaSys Co., Ltd., and Mr. Seko, COO of Kyoto Fusioneering Co., Ltd., visited us as people suitable for this theme. Both of them are active in positions of extremely important and significant business development for deep tech startups, and from the viewpoint of open innovation, which is today's theme, they are in charge of everything from drawing big strategies for collaboration with large companies to actually concretizing and collaborative synergies, so I expect you to talk ABOUT YOUR VARIOUS EXPERIENCES AND HARDSHIPS.

Now, please begin with a brief self-introduction from both of you and an introduction of your company. First, Mr. Seko of Kyoto Fusion Engineering, please begin.

Seko : My name is Seko from Kyoto Fusioneering. I am a director and COO. After experiencing business development and investing in startups for about 10 years at a major general trading company, I had the experience of investing in deep tech startups with the venture capital (VC) firm, Coral Capital. Among them, I realized the fun of deep tech, and I felt that such technology would support the future of Japan, so I jumped into the startup side, and have reached the present.

What we are working on is an area called nuclear fusion. After 50, 500, or 1,000, or 10,000 years, what energy sources will humans need to survive? The answer we arrived at was nuclear fusion energy.

The characteristics of nuclear fusion are that greenhouse gases are not generated, fuel can be extracted from seawater in an inexhaustible quantity, there is almost no danger in principle, and no high-level radioactive waste is generated. It is called the Sun on Earth, and although it is the crystallization of human knowledge, it is also a very difficult technology. The country is also making full-scale movements to support nuclear fusion.

Not only Japan, but the United States is also announcing nuclear fusion development programs. In the United States, there is a success story in the space industry called the famous COTS (Commercial Orbital Transportation Services) program. The combination of NASA, which is a public entity, and SpaceX, a startup, has led to results that promote space development all at once. The relationship between NASA and SpaceX is close to the context of large companies and startups, and after picking up several companies, a milestone program has begun to contribute funds of about 5 billion yen at first, then 10 billion or 100 billion yen.

The United Kingdom has prepared funds of 100 billion yen or more in the same form, and is in a situation where industrialization of nuclear fusion is being promoted.

Seko : Nuclear energy uses nuclear fission energy generated when heavy atoms such as uranium and plutonium split. Since nuclear fission occurs once a reaction occurs, it occurs in a chain manner, so there is a possibility that a meltdown will occur, such as the Fukushima Daiichi Nuclear Power Plant accident.

Nuclear fusion, on the other hand, uses energy generated by colliding hydrogen (deuterium or triple hydrogen), which is a light element. Since it is very difficult for elements to collide with each other, it is said that accidents do not occur.

The ITER program, which is being carried out at a cost of approximately 3 trillion yen in southern France, is a project in which 7 countries from around the world participate. It is a huge system, and since it is a framework for international cooperation, it has been carefully progressing over a long period of time. At the same time, 40 to 50 private nuclear fusion startups have emerged in recent years, and they are taking on more risky challenges.

Among them, the United States, the United Kingdom, and Germany are leading the way, and in Japan, three companies are working on nuclear fusion, starting with Kyoto Fusioneering, Ex-Fusion, which uses lasers, and Helical Fusion. Also, recently, Professor Nakamura Shuji, who won the Nobel Prize, has launched a new Blue Laser Fusion in the US. The world of nuclear fusion is booming in this way, and approximately 600 billion yen has been invested in this area over the past 5 years.

We also announced a total funding of 10.5 billion yen in May of this year. With JIC VGI as the lead investor, we are receiving support from such large Japanese companies and investors such as INPEX, Sumitomo Mitsui Bank, MOL, Kansai Electric Power Company, JAFCO, DBJ Capital, JGC, Mitsubishi Corporation, Mitsui & Co., and Mitsubishi UFJ Bank. As a member of the company, Konishi Satoshi is the CEO, I am the COO, and Sakamoto Keishi is involved in management as CTO. Konishi and Sakamoto have been developing technology for a long time at academia and research institutes, and our company's strength is that we develop business centered around the technology of these two people.

Seko : Many startups and global public institutions are working on how to cause plasma reactions. On the other hand, it is necessary to consider the entire plant, such as how to extract this nuclear fusion as energy and how to cycle fuel. Overall, this fusion would probably be a plant of 500 billion yen to 600 billion yen per unit. We are developing important key components that are responsible for about 20% or 30% of them. This is a device called a gyrotron, and it is in the latter half of hundreds of millions of yen per unit. This device is made with the help of people in various Japanese supply chains. Starting with Canon, Kyocera, and JASTEC, the equipment is a combination of technologies from over 30 companies, and we have already received orders worth several billion yen from 4 overseas customers.

While being indebted to everyone in the Japanese supply chain, we are developing a business that delivers Japanese technology to the world. In addition, at the facility currently under construction in Kumiyama, Kyoto, we are proceeding with efforts to generate electricity by extracting heat from it to generate electricity, manufacture hydrogen, and make carbon credits as is, in a form that mimics a nuclear fusion reaction for the first time in the world. This is expected to take shape at the end of 2025.

Additionally, we have formed a partnership with the Canadian National Atomic Energy Research Institute in Chalk River, Canada, and we plan to handle slightly difficult elements there.

Currently, there is already a 500 billion yen market for nuclear fusion. In the near future, when nuclear fusion is commercialized (implemented), it will become a large market of 90 trillion yen to 150 trillion yen. We are working on it because we are the first members, jump in, open up the market, and think that by going overseas, we can revitalize the entire Japanese supply chain or create a new industry that continues with the automobile industry.

Kuwabara : Thank you very much. It was a very exciting story.

Next, Ms. Matsuoka, please introduce yourself and introduce your company.

Matsuoka : My name is Matsuoka from QunaSys Co., Ltd. As the COO of QunaSys, I am mainly in charge of business development. Originally, I got a Ph.D., in the field of materials chemistry, and then worked on innovation strategies and R&D strategies at a consulting firm for about 10 years. It was just when the keyword quantum computer began to be heard. I was personally interested, so I visited QunaSys when one or two people were still researching quantum computers at ANRI's incubation facility, which is a shareholder. The meeting table at that time was a table tennis table, and I decided to join because I thought it would be interesting. It's been about 4 years since then, and even though I'm struggling, I'm having fun every day.

QunaSys is a company founded in 2018 by a CEO who is currently attending the University of Tokyo, but most of the teachers who became technical advisors are Osaka University teachers, so I'm not saying they are from university in any way. QuaSys is a research and development startup with 50 members, half of whom are Ph.D., and about 80% are engineers.

Our corporate mission is “Maximize the Power of Quantum Computing.”

Even when it comes to quantum computer development, QunaSys does not make quantum computers themselves. Our mission is to create algorithms and software that can make the most of the power of existing quantum computers. Specifically, we are developing software and algorithms by focusing on software that runs on quantum computers, and applications in the chemical field that are said to be applied quickly among them.

Nonetheless, in the future, I think applications for solving linear equations using HHL algorithms, in the CAE domain such as fluid simulations and electromagnetic wave simulations, will increase, so we are focusing on applications that perform precise calculations of electrons called quantum chemical calculations as short-term goals while looking ahead to that, and are proceeding with the development of solutions to that.

Matsuoka : Meanwhile, we are providing a place for those interested in quantum computers to learn that quantum computers operate on such principles and can do this kind of thing. That is our own community called QPARC (Quantum Practical Application Research Community). About 50 companies have participated, and they provide educational programs and programs to play with quantum computers, etc., think together about how they can be used, and test what kind of use cases there are as next steps using our software. Also, we are doing joint research with companies that think they can use it in the future.

We provide software such as QURI and QURI Parts as tools. We are currently collaborating with many companies, and as investors, in addition to VC, starting with JIC VGI, we have also received investment from business companies such as Fujitsu, Nippon Zeon, and Mitsubishi Electric, and we are also carrying out joint research initiatives with such companies. Last year, we received investment from IBM in the US, and we are working closely together. Since it will be a lengthy development, we are also collaborating with academics and government, especially the Cabinet Office and the Ministry of Education, Culture, Sports, and Technology, and are proceeding with the initiative while receiving support.

Quantum computers have become a big topic of conversation, but the reality is that killer applications have not yet been found. There were many cases where people got involved with quantum computers because they were interesting and exciting, but after all, there is talk that it is difficult for companies to use quantum computers without an application, making use of quantum computers difficult to get through the budget. Our company also felt that issue, so we also started SDQs (Sustainable Development Goals to Which Quantum Technology Can Contribute) initiatives. This is an initiative to think about how quantum computers can contribute in the context of sustainability called SDGs. This is being done as a spin-out of QPARC, so I think it's an interesting initiative. I would appreciate it if you could consider it as well.