
Transition State Technology Co. Ltd. (TS Technology) is a Japanese company specializing in simulation technologies combining computational chemistry and artificial intelligence to support efficient research and development in the chemical industry. Their business model includes contract research, system development, and sales of high-performance computing (HPC) machines tailored for scientific calculations. They provide comprehensive solutions from quantum chemistry calculations, molecular dynamics, to chemoinformatics and process informatics, delivering valuable insights and reports beyond raw data. The company serves clients in materials, pharmaceuticals, fine chemicals, and functional chemical products sectors, with research and development centers in Yamaguchi and Tsukuba. Established in 2009, TS Technology has a strong technical team including Ph.D. holders and collaborates on national projects, positioning itself as a key player in digital-driven chemical process innovation and functional material development in Japan.

Transition State Technology Co. Ltd. (TS Technology) is a Japanese company specializing in simulation technologies combining computational chemistry and artificial intelligence to support efficient research and development in the chemical industry. Their business model includes contract research, system development, and sales of high-performance computing (HPC) machines tailored for scientific calculations. They provide comprehensive solutions from quantum chemistry calculations, molecular dynamics, to chemoinformatics and process informatics, delivering valuable insights and reports beyond raw data. The company serves clients in materials, pharmaceuticals, fine chemicals, and functional chemical products sectors, with research and development centers in Yamaguchi and Tsukuba. Established in 2009, TS Technology has a strong technical team including Ph.D. holders and collaborates on national projects, positioning itself as a key player in digital-driven chemical process innovation and functional material development in Japan.