Towards the Control of Non-Scalable Properties and Functions

Every single atom counts when it comes to nano-scale science, where the incorporation or deletion of a single atom can dramatically alter the physicochemical properties of nano-scale materials. Ensembles of atoms and molecules are intimately involved in various complex processes. Thus, establishing structure-property correlations via a multidisciplinary approach are essential to achieve an in-depth understanding of novel phenomena and rational development of functional nano-scale materials. In order to meet this goal, advances are needed in the fabrication of nanostructures at atomic precision, the development of methods to probe the structures and dynamical processes in nanomaterials, and advances in the theoretical understanding of size-specific properties.

The second meeting of this GRC series aims to provide a platform for sharing cutting-edge research into fundamental and applied aspects of nanomaterials with an emphasis on atomic precision. Speakers and sessions will cover a range of topics, including synthesis, characterization and application of various types of nano-scale materials such as free and protected clusters, nanocrystals, nanoparticles, nano-carbons and self-assembled structures. We hope that the meeting will provide a venue for the discussion of the most recent research results and will promote future collaboration.