Unit detailsAdhesion and Interface Technology Research Group
Adhesion and Interface Technology Research Group
Creating a better future with innovative adhesive technology
We aim to improve the reliability of components that use adhesives and create disassembly technology that makes recycling easier by developing innovative analysis and evaluation technology and making predictions using quantum computers and AI for the various adhesive technologies used in structural materials and devices.
Research Theme
Development of a wet coatable light-control film
Windows used in cars and houses function as heat inlets and outlets, increasing air-conditioning loads. Our group aims to develop a wet coatable light-control device that can easily switch between light-blocking (heat-blocking) and transparency, similar to charging and discharging in a secondary battery, with the aim of contributing toward energy conservation, heatstroke prevention, crime prevention, and safety and security.
Development of organic devices with low environmental impact
Disposal of electronic waste can cause significant environmental and health issues. Minimizing the environmental impact of discarded devices is crucial for sustainable organic electronics used in displays, power generation, and wearable devices. Our group aims to use bio-based materials along with advancing resource recovery and recycling technologies to develop sustainable organic electronics and establish methods to optimize interfaces of dissimilar materials. Our final goal is to create eco-friendly devices suitable for circular economies.
Group Members
Group Members
-
Leader, Group
Kazuki TAJIMA
-
Chief Senior Researcher
Qingshuo WEI
-
Senior Researcher
Kouki AKAIKE
-
Senior Researcher
Shunsuke TANAKA
-
Senior Researcher
Kazumasa SHIMAMOTO
-
Researcher
Ryo TAGUCHI
-
Attached to the Research Division
Principal ResearcherHaurhisa AKIYAMA
-
Invited Senior Researcher
Kenji KAWAGUCHI
-
Invited Senior Researcher
Masakazu MUKAIDA
-
Invited Senior Researcher
Shin HORIUCHI