PhD in Nanoscience - Materials Science and Nanomaterials in Greensboro United States | University of North Carolina at Greensboro

The Ph.D. in Nanoscience is a 49-credit minimum degree program offering two specializations: Materials Science and Nanomaterials, or Synthetic Biology. Candidates pursuing this doctorate will need to develop, coordinate, and oversee comprehensive research initiatives in nanotechnology and nanoscience. They must demonstrate strong communication skills, both verbal and written, when presenting research proposals, sharing findings, or reviewing others' work. Adherence to laboratory safety protocols is essential, along with the ability to critically assess intricate concepts in nanoscience and apply this knowledge to push research forward. Central to materials science is comprehending the microstructure of solids and nanoscale materials, encompassing biological tissues. This microstructure perspective examines materials at subatomic and atomic scales, including their inherent imperfections. It also serves as a key framework for characterizing biological tissues at cellular dimensions. The core focus of this specialization lies in exploring how microscopic structures influence the observable properties of solids, nanomaterials, and biological systems - a relationship encapsulated by the materials science triad: synthesis-structure-properties.

Materials science fundamentally revolves around grasping the microstructure of solids and nanoscale materials, including biological specimens. Microstructure analysis involves examining materials at electronic and atomic scales, along with their characteristic defects. This structural understanding forms the basis for describing biological tissues at cellular dimensions. The program's concentration emphasizes investigating how microscopic configurations determine the macroscopic behavior of solids, nanomaterials, and biological systems, best illustrated by the materials science triangle: synthesis-structure-properties.