Basic information of the Research Area

[Development and Recycling of Materials]Basic Research for the Development and Recycling of Materials

  • Research Supervisor

    Susumu KitagawaDistinguished Professor, Institute for Advanced Study, Kyoto University

  • Deputy Research Supervisor

    Keiichi TomishigeProfessor, Graduate School of Engineering, Tohoku University

Strategic Objective

Materials Science for desirable Selection — Constructing new principles toward a sustainable development society

Overview

This research area aims to establish basic science for developing and recycling materials and fundamental technologies to address the environmental and resource problems faced around the world. In order to respond to the demands of society, such as the depletion of resources, reduction of environmental impact, and increase in the use of recycled materials, it is important to create materials from raw materials that are not subject to such restrictions and to create fundamental technologies for the separation, recovery, and recycling of used materials as desired. It is also important that these technologies are interconnected and function as a recycling cycle.
We aim to contribute to realizing a resource-recycling society by constructing a new basic science for material creation and recycling based on various academic findings beyond the framework of conventional material science and by working on developing fundamental technologies for these processes.

Research Area’s website

Research Area Advisors

Click here to see the List of Research Area Advisors

Schedule of Selection Process

Deadline for application 2026/05/26 at 12:00 noon, Japan time
Document-based review 2026/07/10
JST will contact to the interviewees no later than 2026/07/17
Interview-based review(ONLINE)
※Interview date and time will be assigned by JST.
2026/08/05, 06

Research Supervisor's Policy

Research Supervisor's Policy of this Research Area can be downloaded from below.

【Research Supervisor’s Message】

We invite proposals that leverage a wide range of scholarly expertise in material synthesis and lifecycle management. By embracing creative challenges that defy existing norms, we aim to lead the world in establishing a circular economy.