If it really disappears, a huge amount of energy will be released according to Einstein's famous formula, E=MC2. Itabashi, who has continued to analyze the copper of the Watarase River, came to the spot. Cadmium has not disappeared. It just goes undetected. Bark contains lignin. When lignin decomposes, humic substances are produced. It is a difficult-to-decompose polymer compound that is produced when plants and the like decompose. This humic substance binds to heavy metal ions. The "magic powder" brought in also fermented the bark, so humic substances are produced. Itabashi speculated that the humic substance bound to cadmium, went undetected, and appeared to have disappeared. However, immobilizing cadmium, which is harmful to the human body, and not being absorbed by plants is extremely effective as a measure against agricultural land contaminated with cadmium. So Itabashi took over the "magic powder" and decided to deepen his research further. This "magic powder" was mixed with soil containing cadmium to grow komatsuna. The cadmium concentration in the harvested Komatsuna was significantly reduced. This is because "magic powder" fixed cadmium in the soil. We summarized the research results and presented the results at the conference. However, there was no response. “It must have been an interest because it was Komatsuna. It must have attracted everyone's attention if it could be demonstrated with rice,” said Itabashi, who conducted the same experiment with rice in 2008 and obtained the same result. It was In addition to applying for a patent for the "cultivation method for reducing the concentration of heavy metals in plants," we gave a presentation to people involved in agriculture and companies at the new technology briefing session of the Japan Science and Technology Agency (JST). The Nihon Agricultural Newspaper highly evaluated this research result and reported it on the top page, but there were no inquiries from the key agricultural and business people. Even if you get a wonderful research result, it will not be a business if there is no one trying to use it. The story of commercializing "Magic Powder" has stopped. But I continued my research. Elucidation of the mechanism by which cadmium in soil is captured by humic substances, and at what time and how much "magic powder" is added to soil to obtain the maximum effect? There were many research themes. Gunma University Faculty of Engineering, which celebrated its 1th anniversary on November 2014, 11, held a series of commemorative lectures at Kiryu City Central Community Center. Itabashi, who took the stage as the top batter, announced the research results of "Magic Powder". One questioner appears there. “What will happen to the yield if I put this fermented bark in the soil?” Mr. A asked a Chinese company to give technical guidance on soil improvement. According to Mr. A who visited Itabashi a few weeks later, because there are a lot of rice fields contaminated with cadmium in China and people may be injured, A will try to grow rice that is not cadmium contaminated. It is said that you are receiving guidance. Mr. A was instructing to put the zeolite, which is used as an adsorbent material, in the paddy field, but he said that although the cadmium concentration in rice dropped somewhat, the yield also decreased at the same time. I was interested in "magical powder" because of my work, listened to the lecture, and visited the laboratory to learn more. Immediately, Itabashi entered into a contract with a Chinese company and started joint research. In 8, about 100 m1 of paddy field was divided into halves and "magic powder" was put in one of them. Do not put anything in the other side. The results were clear. Those who added "magic powder" had a low concentration of cadmium in rice that could be described as dramatic. The following year, in 2015, the Chinese government, who knew from the results of this experiment that it was possible to prevent cadmium pollution, prepared a paddy field of 4000 m2016 and publicly called for measures to prevent cadmium pollution. Several companies, including the Itabashi group, applied for it, but when other companies disappeared one after another and the open call for participants was closed, only the Itabashi group remained. In this way, the monopoly of one company decided to advance the experiment of this year. In the same year, the concentration of cadmium in rice dropped dramatically, and the yield of those who added "magic powder" increased by about 2% compared to rice fields that did not include "magic powder." It was also this year that some people said that the rice tasted better. The birth of "magic powder" = "GUD Agri". GUDi is working to commercialize this technology in cooperation with Chinese companies and is also preparing to deploy it on farmland in Japan.