MEMS motor79Formation of anisotropic nanocomposite magnet films by UHV sputtering process and laser annealingRoad MapAIWolf PlatformProject’s PublishmentsSoft magnetismAIWolf CompetitionThe Honor of the Studentsin Our LaboratorySuccessful formation of magnets by crystallization from amorphous to rare-earth compounds while maintaining the layered structure.Cross-sectional TEM images of multi-layered nanomagnet films.Application of anisotropic nanocomposite film magnets by dot formation. One of my hobbies is programming since I was in high school, so I’m proud that my programming skills are higher than most students.Hard magnetismContent：ContentGame AI has been studied as a standard problem for evaluating artificial intelligence technology. And with the recent development Game AI has been studied as a standard problem for evaluating artificial intelligence technology. And with the recent development of AI technology such as deep learning, the strength of AI has of AI technology such as deep learning, the strength of AI has surpassed that of humans even in games where it was considered surpassed that of humans even in games where it was considered difficult for AI to exceed humans 10 years ago.difficult for AI to exceed humans 10 years ago.However, the methods for making AI stronger than humans have However, the methods for making AI stronger than humans have been clarified for complete information games such as shogi been clarified for complete information games such as shogi and go. and go. For imperfect information games such as mahjong and For imperfect information games such as mahjong and poker, no poker, no method has been found for AI to surpass humans. method has been found for AI to surpass humans. Especially, the Especially, the communication game “The werewolf game”, which communication game "The werewolf game", which is popular is popular among young people, is a highly difficult incomplete among young people, is a highly difficult incomplete information information game whose key to victory is how to trick the enemy team and convince the allies during conversation.game whose key to victory is how to trick the enemy team and The AI Wolf project was established with the aim of realizing an AI convince the allies during conversation.that plays the werewolf game with humans while communicating naturally. In this project, we are in charge of the development of the AIWolf platform, the making of the AIWolf agent using it, and the administration of the annual AIWolf competition.The AI Wolf project was established with the aim of realizing an AI that plays the werewolf game with humans while communicating naturally. In this project, we are in charge of the development of the AIWolf platform, the making of the AIWolf agent using it, and the Special objectivesadministration of the annual AIWolf competition.Appealing point：One of my hobbies is programmingsinceIwas in high school, so I’m proud that my programming skills are higher than most students.Content：ContentEV, HVEs, air conditioners, wind power generators, and MEMS actuators, etc. A variety of magnets are used, including the world‘s EV, HVEs, air conditioners, wind power generators, and MEMS actuators, etc. A variety of magnets are used, strongest neodymium and samarium-based Rare earth magnets are including the world’s strongest neodymium and samarium-the most well-known. However, the magnet performance (coercive based Rare earth magnets are the most well-known. force) of rare earth magnets is only 10% to 30% of their theoretical However, the magnet performance (coercive force) of rare value. This is due to the fact that the interfacial state between the earth magnets is only 10% to 30% of their theoretical value. magnetic hard and the grain boundary phases is far from the ideal. This is due to the fact that the interfacial state between the magnetic hard and the grain boundary phases is far from the So, in my laboratory, we are aiming at improving the magnet ideal. So, in my laboratory, we are aiming at improving the performance and thin-film magnet applications by nanosizing the magnet performance and thin-film magnet applications by grains of the hard phase and controlling the interface with the nanosizing the grains of the hard phase and controlling the intergranular phase.interface with the intergranular phase.Appealing point：We are collaborating with other universities and research institutes Special objectivesto form model interfaces consisting of rare-earth magnet grains and We are collaborating with other universities and research grain boundary phases with high quality crystalline properties institutes to form model interfaces consisting of rare-earth ranging from micron to nanosize, which are comparable to those of magnet grains and grain boundary phases with high quality sintered magnets, as well as nanocomposite model magnets crystalline properties ranging from micron to nano size, which are comparable to those of sintered magnets, as well consisting of magnetically different hard and soft phases, using thin-as nanocomposite model magnets consisting of magnetically film processes to improve their properties.different hard and soft phases, using thin-film processes to improve their properties.Yamagata UniversityGraduate School of Science and Engineering Research Interest ：Magnetic materials, Thin filmsYamagata University Graduate School of Science and Engineering Research InterestE-mail：kkoike@yz.yamagata-u.ac.jpMagnetic materials, Thin filmsTel&Fax：+81-238-26-3379E-mail ・ kkoike@yz.yamagata-u.ac.jpTel&Fax ・ +81-238-26-3379HP : http//i-physics.yz.yamagata-u.ac.jpHP・http//i-physics.yz.yamagata-u.ac.jpYamagata University Graduate School of Science and EngineeringYamagata UniversityGraduate School of Scienceand EngineeringResearch InterestResearch Interest：Intelligent InformaticsIntelligent InformaticsE-mail：otsuki@yz.yamagata-u.ac.jpE-mail ・ otsuki@yz.yamagata-u.ac.jpTel&Fax：+81-238-26-3374Tel&Fax ・ +81-238-26-3374Project’s HP：http://aiwolf.org/Project’s HP・http://aiwolf.org/Artificial Intelligence Which Lies and PersuadesAssociate Professor, KOIKE KunihiroAssociate Professor Takashi OtsukiArtificial Intelligence Which Lies and PersuadesDevelopment of Nanostructure Controlled Super Strong Magnets Development of Nanostructure Controlled Super Strong Magnets Associate Professor Takashi OtsukiAssociate Professor Kunihiro Koike
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