Materials

Discovery, design, and processing of new materials transforms our ability to innovate. Breakthroughs in materials design are driven by our capacity to model, simulate, and experimentally probe over length scales spanning from the atomic level to the microscopic level to the macroscopic level. Advanced Materials are increasingly multifunctional, where the material itself becomes the device, driving our advances in wide-ranging fields including electronics, photonics, soft matter, electrochemistry, energy, and structures.