TECHNOLOGY
AI that thinks in physics
Programming a catalyst for a reaction that has never been performed requires more than pattern recognition.
Xyme's Generative Scientific Intelligence maps the complete energy landscape of target reactions at quantum-level accuracy.
It requires an understanding of the forces that govern how molecules transform.
This allows us to generate purpose-built enzymes shaped by quantum level physics.
forces and fields
not tokens and text
Our models think in forces and fields, delivering molecular machines, purpose-built for reactions never imagined.
Designed computationally and validated experimentally, our hit rates exceed the state of the art by an order of magnitude.
This demonstrates that enzyme catalysis is broader than previously understood.
Strategically mutating only a few active site residues can significantly uncover further catalytic opportunities, even for novel reactions.
Minimal changes to a known enzyme resulted in the introduction of hitherto unknown Si and B chemistries.
