FLEX Japan 2022 Conference

Cyborg technology has been developed by MELTIN to realize a society where people and technology are connected and all people can live comfortably. This presentation will introduce the potential of cyborg technology, which will be an important technology for cyber-physical systems that will create the super-smart society that is currently the focus of attention, as well as examples of business initiatives using MELTIN's two core technologies.

Developing physical sensors using organic semiconductors to detect strain, vibration, and temperature that are highly sensitive and ultra-low-cost, and chemical sensors to detect ion concentrations and fertilizer components, and combining them with low-cost wireless devices using organic semiconductor integrated circuits, which are being developed simultaneously, to create a massively popular sensor that will be AI-driven. Describe current status and plans for efforts to realize an IoT society
Along with the development status of organic semiconductor integrated circuits and large flexible display circuits, the impact of using thin film sensors using strain, vibration, and temperature for logistics and manufacturing management, which have already begun to be implemented in society, will be shown, and strategies necessary for market introduction will be discussed.

 

Innovation in EEG measurement is progressing. Easy-to-use, non-invasive EEG devices, using flexible materials to measure EEGs with high accuracy, are now available. Furthermore, with the widespread use of AI, it has become easier to carry out research using EEGs as biomarkers for diagnosis, testing, and prevention.  The speaker will introduce the current state of EEG AI research targeting diseases, including dementia and menopausal disorder.