Unlocking the materials blueprint
We accelerate the discovery of breakthrough materials that underpin the global economy with the world’s fastest experimentation, the richest ground-truth data, and first materials intelligence built on reality.
Materials discovery was broken. We invented Megalibraries to fix it.
Unprecedented scale. The world’s fastest platform for experimental materials mapping and data generation - by a wide margin.
Each 2 cm x 2 cm Megalibrary chip encodes over 100 million materials - 10,000s to 100,000s of unique compositions, each replicated thousands of times - enabling autonomous screening at speeds orders of magnitude beyond what’s possible today.
Near limitless diversity. The deepest reach into the materials genome - map beyond today’s design space and properties.
Nanoconfined, material-agnostic synthesis unlocks access to complex, multielement materials spanning the periodic table and material classes. Paired with advanced screening, Megalibraries deliver rich structural and property datasets of unprecedented depth and coverage.
Ground-truth quality. Unmatched fidelity through standardized experimentation and unified data pipelines.
All materials in the Megalibrary are synthesized under identical conditions, replicated thousands of times, and positionally encoded with built-in references - enabling direct, high-fidelity composition-structure-property mapping.
Real-world-ready. Screening for structure and performance that scale beyond the chip into real-world systems.
Megalibraries unlock a unique, massively parallel approach to understanding how synthesis conditions shape structure and properties, informing manufacturability. Performance mapped on-chip has been proven to translate to industrial, system-level performance.