| Correlated Matter: I2CAM scientists are at the frontiers of understanding of the organizing principles of inanimate matter with strongly interacting component parts. In this example, measurements of the energy gap function of the copper oxide High Tc superconductors from the Seamus Davis lab at Cornell reveals novel and intrinsic electronic disorder at the nanometer scale despite underlying well ordered crystals. |
Biological Matter: Many I2CAM scientists are working to understand the organizing principles underlying the diverse phenomena of biological matter. For example, Stephen White's Group at University of California Irvine tries to elucidate the fundamental rules governing the interactions of cell membranes with proteins. |
