Mesoscale
World Models
Reading the rules of life through probability.
Physical
form
form
Digital model
Motion
Division probability
Interaction
Birth
Shedding
The cell is the basic unit of life. We model cells as an evolving population: cells as particles, neighborhoods as structure, and changes of state as probabilities. The result is a model that can predict what a living system will do next.
01
Tumor Evolution Model
Predicting how tumor cell populations change across space and time.
StatusActive research
PartnerA National-Level Medical Research Center
02
More Mesoscale Systems in Development
Enzymes
How functional states shift with the environment
In development
Probiotics
Colonization and effects within the host
In development
Microbial communities
How community structure and interactions evolve
In development
Crop seeds
Predicting development from cells to traits
In development
03
Mesoscale World Model Collaboration
We collaborate with leading research institutions worldwide in living-systems modeling, single-cell and spatial omics, and population evolution. Together we define open problems and share data and models.
Start a CollaborationSpecialized Medical Models
Each disease, its own model.