(1) Identify and solve difficult scientific problems that arise at different scales (e.g., systems biology, biophysics, the immune system) |
(2) Address gaps in modeling (e.g., multiscale hybrid stochastic models, model design that facilitates updates and expansion, reusable models, and model standards) |
(3) Develop appropriate collection modalities for patient data (e.g., noninvasive technologies and imaging capabilities) |
(4) Develop novel forecasting methods (i.e., learning from successful hurricane forecasting) |
(5) Develop data analytics methods for model recalibration from patient measurements |
(6) Train a highly educated workforce |
(7) Create appropriate funding models for individual medical digital twin projects from conception to prototype, and for larger infrastructure development projects |