Nanoscience and Nanotechnology

Nanoscience is a fascinating field where reducing matter to the nanometer scale reveals remarkable properties distinct from their larger, bulk counterparts.

These unique characteristics depend on the size, shape and composition of nanoparticles, opening a new chapter in materials science. This innovation allows for the design and synthesis of new materials with customized properties. Nanoparticles can range from just a few atoms to several thousand, with atomic clusters representing the smallest form where each atom and electron plays a critical role. This interdisciplinary field spans physics, chemistry, biology and medicine, demonstrating its vast impact and potential.

At the VCU Department of Physics, research in nanoscience encompasses both experimental and theoretical aspects, exploring a wide array of nanostructures from zero-dimensional clusters to one-dimensional nano-wires and tubes, and even two-dimensional monolayers.

A key focus is on novel materials where clusters serve as foundational building blocks for new structures. The department is deeply engaged in studying nano-materials with unique magnetic, optical and catalytic properties. Additionally, the design of drugs and drug delivery systems is a central research interest, showcasing the department's commitment to advancing both fundamental science and practical applications in this dynamic field.