<p>Yuichi Hirose conducted research on digital fabrication at Hiroya Tanaka Laboratory in Keio University. After finishing his Master’s Degree there, he worked for Roland DG as a mechanical engineer on 3D milling machines. Now, he has left the company and currently develops a Solid Knitting Machine, which automates Solid Knitting, a method he invented to knit solid objects from 3D data. <a href="https://www.youtube.com/channel/UCoKSMabXirurhL8UbVTO1JA">YouTube Channel </a></p>
<p>Miyake was born in Tokyo in 2000 and has entered the Department of Composite Culture, Faculty of Education, Waseda University. The VFX film "2045," which was released in his third year of junior high school, has been viewed over 1.5 million times. He is currently working part-time at a video production company in Tokyo. <a href="https://www.youtube.com/channel/UCht6pU8sj3T8QEZHW5rllIw">YouTube</a></p>
<p>Takanobu Watanabe was born in 1972. He received the Ph. D. degree from Waseda University in 1999. He is currently a Professor at Waseda University. His research field includes electronic materials engineering and computational physics.</p>
<p>Etsuko Ichihara is a media artist and “inventor who turns delusions into reality.” She has a bachelor’s degree from Waseda University’s School of Culture, Media and Society, where she majored in the Studies of Media, Body and Image. She left Yahoo! Japan in 2016 and has since worked as a freelancer. She has been creating artworks that interpret Japanese culture, customs and beliefs from a unique point of view, and present new, technology-based approaches. She has been featured across the globe for her work. Ichihara also received the Excellence Award at the 20th Japan Media Arts Festival, and won an Honorary Mention (Interactive Art＋) in PRIX Ars Electronica 2018. She has recently been appointed as an expert committee member for the "Workshop on Basic Concepts of the Japan Pavilion" for the Japan Pavilion at the Expo 2025 Osaka, Kansai, Japan.</p>
<p>Yusuke Nakano was born in 1975 and attended both Waseda University (Faculty of Political Science and Economics, 1998) and Kagawa University (Master of Engineering, 2003). Nakano founded Denmark Co., Ltd. in 2000 and is currently the president and CEO. In the following years, Nakano has made other fantastic achievements: 2010, Contracted by the Ministry of Internal Affairs and Communications, Strategic Information and Communications, R&D Promotion System (SCOPE) 2011, Japan Science & Technology Agency: Adopted Research REsults Optimal Deployment Support Program (A-Step) 2017, Adopted by the Ministry of Economy, Trade, and Industry, for a project to promote regional revitalization with advanced technology. 2017, ABB YuMi Cup 2017 finalist 2018, ICT Business Model Discovery & Announcement National Convention: Won the Small and Medium Enterprise Agency Director-General’s Award</p>
<p>Naoki Ohmiya received his M.D. in 1988, and his Ph.D. in 1995. He was a research fellow at The Burnham Institute (San Diego, California) in 1997-8, an assistant and associate professor at the Department of Gastroenterology and Hepatology, Nagoya University Hospital in 2001-13, an associate professor at the Department of Gastroenterology, Fujita Health University in 2013-2015. He has been a professor and chairman of the Department of Gastroenterology at Fujita Health University. His research fields include endoscopic diagnosis and treatment of gastroduodenal diseases, capsule endoscopies, small bowel diseases, inflammatory bowel disease, fecal microbiota transplantation, molecular mechanisms of carcinogenesis in the alimentary tract, and biomarker development of gastrointestinal tumors.</p>
<p>Kango Suzuki was born in Miyagi Prefecture, Japan, in 1993, and went on to graduate from Tohoku University of Art and Design in Product Design. He was employed as a CAD (Computer-Aided Design) Engineer and has since begun freelance work as an artist.</p>
<p>Technology (Patents) Akira Nakayasu - Linear Actuator and Robot with Use of Linear Actuator, Japanese Patent Application 2020-12382 Akira Nakayasu - Three-Dimensional Motion Display Device, Illumination Device, and Method for Sending Information, Japanese Patent Application 2020-12383 Akira Nakayasu - Linear Actuator, Japanese Patent Application 2019-13412 Akira Nakayasu - Three-dimensional Motion Display Device and Method for Controlling the Same, Japanese Patent Application 2017-16491 Akira Nakayasu - Three-Dimensional Display Device, Japanese Patent Application 2017-164918. <strong> Works, Awards </strong> Tentacle Flora (2018) Aesthetica Art Prize Longlist 2020、SIGGRAPH 2019 Art Gallery、ALife Art Award 2018 Special Jury Prize Luminescent Tentacles (2016) SIGGRAPH ASIA 2016 Art Gallery, UIST 2016 Best Demo, Asia Digital Art Awards Exhibition 2016 Interactive Art Category Excellence Award Ministry of Economy, Trade and Industry Innovative Technologies 2016, 1st Hakura Award VR Technology Encouragement Award, Montzukuri Bunka HAJIME ASAOKA Award</p>
Breaking down the barrier separating reality and fantasy by manipulating the movement of fish
Furusawa isn’t a fisherman or a farmer, but you’d be forgiven for thinking otherwise as he emerges from one of his giant water tanks clad in chest-high rubber waders. He’s an engineer, and he has created something that evokes comparisons to that American comic-book superhero of old, Aquaman. Furusawa has invented a way to talk to fish. It doesn’t use words, of course, but rather carefully crafted underwater electrical fields to direct and corral schools of fish like a sheepdog herds its flock. This might not sound like much of a superpower, but the device’s potential impact on the world is in fact supersized.
Dr. Takahito Aoto (University of Tsukuba) is working to develop a device that can measure the exact softness of materials without actually touching them
Is it gelatinous or doughy or simply limp...? The only way to determine the softness (and elasticity) of an object is by touching it and feeling for yourself. However, Dr. Aoto is currently engaged in research on a special kind of camera—a camera that “captures softness.” Since it accomplishes this simply by filming objects, the camera is, of course, non-contact, non-destructive, and non-invasive. It can determine how springy an object is based solely on the visual data that it collects.
Using AI to solve the growing issue in the chick sexing industry
Yusuke Nakano is a specialist in making the invisible visible. Be he’s no mad scientist or magician – he’s a video-streaming expert with a trick up his sleeve.