Meta
Agreed to support 150 MW of XGS geothermal in New Mexico.
20 of 403 companies
Agreed to support 150 MW of XGS geothermal in New Mexico.
Runs an AI search engine and materials foundry network for new materials.
Manufactures high-temperature superconducting magnets for compact fusion tokamaks.
Duke and Metacept spin-out building metamaterial-based optical processors for AI inference.
Built GNoME, a deep learning tool that predicted 2.2 million new crystals.
Built MatterGen for generative materials design and the Majorana 1 topoconductor chip.
Builds superconducting power lines, now aimed at data centers.
Builds AI-run autonomous labs, starting with a search for better superconductors.
Develops light-control metasurface chips for beam steering in lidar and data centers.
Aachen spin-out integrating graphene photonics directly onto electronic chips.
Offers an AI platform for chemistry and materials R&D trained on millions of structures.
Uses AI and lab automation to design substitutes for critical inorganic materials.
Uses reticular chemistry for carbon capture and atmospheric water harvesting.
Graphene foundry supplying graphene films and materials.
Harvard spin-out making metasurface optics for sensing in consumer devices.
Uses metal-organic frameworks with vacuum swing for low-energy carbon capture.
AI-first company engineering advanced materials and hardware, formerly Orbital Materials.
Makes graphene-based electronic devices using standard semiconductor processes.
Uses AI and self-driving labs to develop new materials.
Makes solid sorbent filters for capturing CO2 from industrial emissions and air.