The Fine Electronic Materials Development Center advances synthetic, analytical chemistry, data science, and computational chemistry and develops innovative materials to support semiconductor technologies for the era of AI and information and communication technology. Ongoing dialogue with customers around the world guides our material development and strengthens our commitment to meeting their expectations. We also collaborate with research institutions in the United States and Europe, incorporating leading knowledge to continue evolving. In addition, our younger Group members engage in open discussions that help shape the next generation of technologies.

The Display Solution Development Center develops materials for a digital society and holds leading market share for many core components in the digital display field. Our diverse teams of specialists apply organic and polymer chemistry and use DX technologies across processes from chemical synthesis to performance verification, enabling a steady stream of innovative materials. A key feature of the center is its ability to work with laboratories close to our major customers in China, Korea, and Taiwan and work together with customers to test prototype products during development.

The Optical Solution Lab is developing optical design, materials, processing and other fundamental technologies that are essential for the growing use of the Internet of Things (IoT) and the continuing evolution of communication technology. The lab’s diverse team of specialists conducts R&D on high-value solutions for the optical components market, including near-infrared (NIR) cut filters that enhance smartphone camera image quality and resin optical filters for sensing equipment..

The Fine Chemical Process Dept. develops a wide range of technologies essential to manufacturing, including methods to stabilize polymerization and refining conditions, support scale-up, and establish production processes for new product lines.

The Material Characterization & Analysis Lab. applies various methods and equipment to analyze and evaluate physical properties. The lab supports the development of new materials and resolves any issues that arise in using our products.

JSR-UTokyo Collaboration Hub, CURIE is a comprehensive collaboration with the Department of Physics, Graduate School of Science, the University of Tokyo, to advance research integrating physics and chemistry.

JSR BiRD conducts a broad spectrum of research, including developing advanced semiconductor materials, materials informatics, and life sciences.