Join Molecular Universe Demo Day
SES AI unveils its material discovery software and service platform, Molecular Universe (MU-0) – Live Demo
Watch Replay Here
This year, we're bringing the OpenAI DevDay experience closer to our global developer community. Following our first-ever OpenAI DevDay last year, we heard two major.
the Molecular Universe.
About the Event
On April 29th, 2025 (11am ET), SES AI will unveil Molecular Universe 0 (MU-0), its latest battery material discovery software and service platform in a live demo. This is your chance to be one of the first to make contact with the map of the Molecular Universe.
This groundbreaking platform, powered by AI and physics, will allow battery industry professionals and academic researchers to search a vast database of small molecules (with tiered pricing based on access levels), providing the opportunity to fast-track battery R&D and making the next world-changing battery material discovery perhaps only a few clicks away.
Because let’s face it: The demand for batteries is rising exponentially from energy storage, electric vehicles, urban air mobility, humanoid robotics, drones, consumer electronics and more. And there’s no such thing as a one-size-fits-all magic battery.
It’s not just the technology itself that must improve. We need a map that will accelerate exploration, experimentation and the discovery of better batteries for all.
SES AI has made contact with a never-before-seen 512-dimensional world of small molecules - mapped into a 2-dimensional searchable map, for all of us to explore.
And on April 29, you can observe, reach in and manipulate this new world with us.
We invite you to join and be one of the first to make contact with the map of the Molecular Universe.
Molecular Universe MU-0: Key Features
The map helps users visualize the universe of small molecules suitable for battery electrolytes, and clusters all molecules based on structural similarities into “continents”. Currently, the MU-0 map features 23 molecular continents, 1 million molecules (in-browser display), and 100 million molecules (searchable database). It’s the world’s largest database of small molecules and battery-related properties, and it’s growing every day.
The filter allows users to narrow the map by filtering molecules based on desired properties. All property values have been either measured in the lab, computed using traditional methods or predicted using AI/ML.
The search tool permits users to enter “molecules-of-interest.” Search will then find their location on the map and recommend "friends", which are other molecules with similar properties that might be located nearby or far away on the map. This helps users quickly broaden their horizon for possible molecules with similar properties.
The ask feature gives users a field where they can ask a question in natural language. It then searches through our proprietary database of battery-related training data (powered by LLM), returns select molecules that best address the question, locates them on the map, and recommends “friends”. From our testing, the Ask tool is the most direct acceleration of the human material discovery experience.