Ruixuan Zhang
Papers
1
Total Citations
2
H-Index
1
About
Ruixuan Zhang is a leading figure in the atomic-scale study of nanomaterial assembly, with a primary focus on the structural evolution of gold nanostructures. Their most-cited work, "Assembly of Tetrahedral Units in the Atomic-Resolved Structural Evolution of Gold Nanostructures," directly addresses a fundamental challenge in materials science: capturing the dynamic pathways by which simple building blocks assemble into complex architectures. By employing atomically precise gold nanoclusters as a model system, Zhang resolved the tetrahedral assembly process leading to the formation of [Au25(SR)18]−, providing unprecedented atomic-level insight into nucleation and growth mechanisms. This work, already garnering early citations, showcases Zhang’s ability to combine advanced imaging with theoretical modeling to visualize and explain nanoscale transformations. Their contributions are pivotal for the rational design of functional nanomaterials, with implications for catalysis, plasmonics, and nanomedicine. Zhang’s research stands out for its precision and clarity, offering a blueprint for studying dynamic assembly in other metallic and molecular systems, and marking them as a rising innovator in nanoscience.
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