(Closed) PhD position on multi-scale modeling of cardiac growth & remodeling

Context Living tissues are made of highly complex hierarchical materials, with a large number of biochemical/biophysical mechanisms interacting at various spatial and temporal scales. This complexity can be addressed through modern modeling and simulation methods (e.g., multi-physics coupling, homogenization, model reduction, etc.), in close interaction with experimental assays. This leads Continue Reading(Closed) PhD position on multi-scale modeling of cardiac growth & remodeling