SES AI to Launch Groundbreaking Molecular Universe MU-0 Platform, Ushering in a New Era of AI-Powered Battery Material Discovery
SES AI, a global leader in the development and manufacturing of high-performance lithium-metal (Li-Metal) and lithium-ion (Li-ion) batteries enhanced by artificial intelligence, is preparing to unveil one of its most ambitious technological advancements to date. On April 29, 2025, at 11 a.m. ET, the company will host a live demonstration to introduce Molecular Universe MU-0, a revolutionary software and service platform designed to transform the landscape of material discovery for battery innovation.
Combining cutting-edge physics with the power of AI, MU-0 promises to accelerate the discovery and development of advanced molecular materials—ushering in a new paradigm for the battery industry. SES AI asserts that MU-0 represents the world’s first comprehensive “map of the molecular universe” tailored specifically for battery applications. This dynamic and searchable digital map will enable industry professionals, OEMs, and academic researchers to explore a vast database of small molecules and evaluate their properties, behaviors, and suitability for energy storage systems—all through a user-friendly, intuitive interface.
A First-of-Its-Kind Platform in the Battery Industry
The Molecular Universe MU-0 platform was created with the vision of making battery material discovery faster, smarter, and more accessible. Rather than requiring months or years of costly trial-and-error testing in the lab, MU-0 allows users to conduct powerful digital searches that simulate complex molecular behaviors and predict outcomes based on physics-driven AI models. With tiered pricing and customizable access levels, users will be able to explore different levels of the software’s capabilities according to their specific needs.
Among MU-0’s standout features is its ability to provide an end-to-end service, from early-stage molecule discovery to strategic validation. The platform consolidates billions of data points into a centralized ecosystem and allows researchers to investigate potential candidates for use in battery applications with just a few clicks.
“MU-0 will be the first-of-its-kind material discovery toolkit in the battery field,” said Qichao Hu, Founder and CEO of SES AI. “It offers an integrated solution for discovering and evaluating battery-relevant molecules, complete with interactive visualizations, automated AI-powered analysis, and real-time expert consultation. The platform is not just about data access—it’s about transforming how we think, explore, and innovate in the realm of energy materials.”
Four Core Features to Power Discovery
MU-0 is built around four key pillars: Map, Filter, Search, and Ask. These functionalities combine to give users full control over their exploration of the molecular universe.
- Map: This feature presents a detailed, AI-generated visualization of the molecular universe, identifying relationships and properties of molecules that may have never been studied before. The map is interactive, allowing users to zoom in on specific clusters of molecules and examine their detailed characteristics.
- Filter: With powerful filtering tools, users can narrow down results by molecular weight, polarity, solubility, conductivity, thermal stability, and a range of other physical and chemical traits. This helps eliminate unsuitable candidates early in the discovery process.
- Search: Users can perform traditional keyword-based searches or use natural language prompts to interact with the database. This feature is powered by a large language model (LLM) designed to understand complex scientific queries and return relevant results—essentially acting as a knowledgeable assistant.
- Ask: The “Ask” functionality provides a unique human-AI collaboration experience. Users can ask open-ended questions, receive explanations for why certain molecules are suitable (or not), and even request suggestions for experimental design. Behind the interface is a team of SES scientists and AI systems trained on years of proprietary data and experimental results.
Together, these features create a seamless workflow for researchers, allowing them to move from ideation to insight in a fraction of the time previously required.
Transforming How Battery Materials Are Discovered
The launch of MU-0 is expected to have a significant impact across multiple sectors, including electric vehicles (EVs), grid-level energy storage, urban air mobility, robotics, drones, and beyond. SES AI believes this platform will be instrumental in helping organizations accelerate their battery R&D pipelines while reducing costs and development timelines.
According to Hu, two original equipment manufacturers (OEMs) have already partnered with SES AI to integrate MU-0 into their materials discovery efforts, underscoring the platform’s real-world potential and its immediate relevance to the global battery industry. “As evidenced by the two signed OEMs already aligned with our vision, we believe that MU-0 will be the key enabler in propelling the electrification across industries,” Hu emphasized.
Live Demo and Platform Access
The live demo on April 29 will offer attendees an exclusive first look at MU-0 in action. SES AI will walk through the platform’s features, showcase real-time use cases, and even allow participants to submit prompts and queries during the event to see the software respond live.
Following the demo, MU-0 will be available for public access, offering multiple subscription tiers to serve the varied needs of OEMs, academic institutions, battery startups, and independent researchers. Whether users are looking to explore a handful of molecular candidates or conduct large-scale simulation-based screening, MU-0 offers the scalability and depth to support their goals.
The launch of MU-0 also further solidifies SES AI’s leadership in using AI to transform the battery industry. The company has already integrated superintelligent AI across its business—from material sourcing and cell design to manufacturing processes and battery health monitoring. With MU-0, SES AI is taking another bold step toward making AI an indispensable tool in the quest for better, safer, and more efficient batteries.
SES AI
Founded in 2012, SES AI Corp. (NYSE: SES) is a next-generation battery company headquartered in Boston, Massachusetts, with global operations in Singapore, Shanghai, and Seoul. The company is pioneering high-performance Li-Metal batteries that combine the high energy density of lithium metal with the manufacturability of lithium-ion, offering transformative solutions for electric mobility on land and in the air.
SES AI is also the first battery company to embrace AI not just as an auxiliary tool, but as a foundational technology across every aspect of its business. Its approach spans R&D, quality assurance, supply chain optimization, and real-time safety monitoring—all powered by advanced machine learning and data science.
To learn more about SES AI and the upcoming MU-0 platform, visit www.ses.ai. The company regularly updates investors, partners, and the public through its website, where financial disclosures, news releases, SEC filings, and event webcasts are routinely posted.
