- SES AI Corporation (SES, Financial) introduces Deep Space in its Molecular Universe MU-0.5 release, enhancing R&D efficiency.
- Deep Space reduces battery research and development cycles from years to minutes, offering senior scientist-level insights.
- Molecular Universe with Deep Space targets major battery makers, materials producers, and automakers.
SES AI Corporation (SES), a leader in AI-enhanced battery technology, has launched Deep Space, a novel agentic feature within its latest Molecular Universe MU-0.5 release. This advancement is set to accelerate the pace of battery research and development by offering senior scientist-level responses in mere minutes.
The introduction of Deep Space promises to transform the commercial product development process for battery technologies. Users can expect a significant reduction in research time, with responses ranging from 10 to 20 minutes—a remarkable improvement over the traditional timeframe of 6 to 8 years typically required by human scientists.
According to Dr. Qichao Hu, Founder and CEO of SES AI, the speed and depth of insights provided by Molecular Universe have generated considerable excitement among researchers globally. The platform's capabilities are expected to lead to substantial cost savings by eliminating unnecessary patent filings and reducing trial and error in materials and equipment use.
Deep Space is designed to offer users more than just answers to their inquiries. It aims to foster the development of real commercial battery products, enhancing SES AI's value proposition as a first-mover in providing R&D as a service within the global battery industry. The tool is particularly geared towards large-scale users such as battery manufacturers, electrolyte and cathode materials producers, and automakers.
SES AI Corp., listed under the ticker SES, continues to expand its influence in the automotive and electrical machinery sectors, building a strong foundation for future growth while positioning itself as a key player in the evolution of electric transportation technologies.
