Focus on computational chemistry, life sciences and materials science
First written in FY2019. 7 of 8 entries say "Advanced", first in FY2020. Latest entry: 2026-08-03.
No other company in this theme has enough history to compare yet.
- 2026-08-03AdvancedOther Disclosures
「Technology development for AI and HPC, and technology development related to physical AI」
The company specified plans to strengthen advanced technology development by establishing the Institute of Integrated Technology and AI Knowledge, covering AI and HPC, physical AI and error-tolerant quantum computers. - FY2025AdvancedAnnual report
「Under these conditions, the company continued developing liquid-cooled computers, jointly developing with other companies chemical-computing programs for quantum computers, and developing the HPC-AI platform for standardizing HPC system integration, substantially improving convenience. It also began developing expansion functions with integration between on-premises and cloud environments in mind, and continued verifying whether the latest versions of regularly updated chemical-computing software operate properly on HPC computers. In addition, through joint research with university laboratories, the company sought to keep abreast of cutting-edge R&D trends and provide solutions suited to customers' cutting-edge needs and challenges.」
The company is continuing work on liquid-cooled computers, chemical computing for quantum computers, the HPC-AI platform, on-premises/cloud integration and joint research with university laboratories, expanding the scope of its R&D. - FY2024AdvancedAnnual report
「Under these conditions, the company continued developing liquid-cooled computers, jointly developing with other companies chemical-computing programs for quantum computers, and developing the HPC-AI platform for standardizing HPC system integration, substantially improving convenience. It also began developing expansion functions with integration between on-premises and cloud environments in mind, while verifying whether the latest versions of regularly updated chemical-computing software operate properly on HPC computers.」
In addition to its existing initiatives involving quantum computers, the HPC-AI platform, and on-premises/cloud integration, the company is advancing development of liquid-cooled computers and has also described efforts to improve the platform's convenience. - FY2023AdvancedAnnual report
「Under these conditions, the company continued demonstration development of paid cloud services with the Fugaku supercomputer, joint demonstration development with other companies of chemical-computing programs for quantum computers, and development of version 2 of the HPC-AI platform for standardizing HPC system integration, substantially improving convenience. It also began developing expansion functions with integration between on-premises and cloud environments in mind, while verifying whether the latest versions of regularly updated chemical-computing software operate properly on HPC computers.」
In addition to continued development of Fugaku cloud services, chemical computing for quantum computers and version 2 of the HPC-AI platform, the company began developing functions to improve convenience and integrate on-premises and cloud environments. - FY2022AdvancedAnnual report
「Under these conditions, the company is conducting demonstration development of paid cloud services with the Fugaku supercomputer, joint demonstration development with other companies of chemical-computing programs for quantum computers, and development of version 2 of the HPC-AI platform for standardizing HPC system integration. It is also verifying whether the latest versions of regularly updated chemical-computing software operate properly on HPC computers.」
The company is advancing Fugaku cloud services, chemical computing for quantum computers, development of version 2 of the HPC-AI platform, and validation of chemical-computing software in priority areas including computational chemistry and materials science. - FY2021AdvancedAnnual report
「Under these conditions, the company is conducting demonstration development of paid cloud services with the Fugaku supercomputer, joint demonstration development with other companies of chemical-computing programs for quantum computers, and evaluation and validation of chemical-computing software from its partners to monitor technology trends. It is also verifying whether the latest versions of regularly updated chemical-computing software operate properly on HPC computers.」
Additional specific R&D activities are indicated in the priority areas of computational chemistry and HPC, including Fugaku cloud services, chemical computing for quantum computers, and software evaluation and validation. - FY2020AdvancedAnnual report
「Under these conditions, the company is developing materials informatics (MI) algorithms to support the design of high-performance materials using AI. It is also evaluating and validating chemical-computing software from its partners to monitor technology trends, and verifying whether the latest versions of regularly updated chemical-computing software operate properly on HPC computers.」
Specific activities are described for the priority areas of computational chemistry and materials science, including MI algorithm development and the evaluation and validation of chemical-computing software. - FY2019First statedAnnual report
「The company is strong in computational chemistry, a field that addresses theoretical chemistry problems using computational science methods. It has designated life sciences and materials science as priority business areas and is focusing on application development for materials informatics, which uses highly accurate materials databases calculated by computers and AI to support materials development.」
The company identifies the priority areas of the HPC business and the specific development methods using materials databases and AI.