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He developed a widely used method for one-dimensional growth of gold nanocrystals accelerating their use in different areas of R&D including cancer therapy and diagnosis. He also invented the lateral growth of semiconductor nanocrystals for scalable and deterministic positioning of nanocrystals. His work on one-dimensional nanocrystals has been highly cited with more than 7000 citations since year 2000.
Controlling properties of materials at nanoscale is challenging, but highly rewarding as it allows creating materials or devices with unprecedented properties and architectures. In this regard, our research focuses on discovering novel ways nanocrystals can be interfaced together, and understanding how their non-idealities such as interfacial lattice forces or chemical reactions can be harnessed. Some of our current areas of interest include ways nanocrystals and nanochannels with sub-lithographic dimensions can be grown and assembled with predictable properties and order with potential for use in advanced manufacturing.
Controlling properties of materials at nanoscale is challenging, but highly rewarding as it allows creating materials or devices with unprecedented properties and architectures. In this regard, our research focuses on discovering novel ways nanocrystals can be interfaced together, and understanding how their non-idealities such as interfacial lattice forces or chemical reactions can be harnessed. Some of our current areas of interest include ways nanocrystals and nanochannels with sub-lithographic dimensions can be grown and assembled with predictable properties and order with potential for use in advanced manufacturing.
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Journal of Physical Chemistry Cno. 45 (2023): 22112-22118
Babak Nikoobakht, Yuqin Zong
Low-Dimensional Materials and Devices 2022 (2022)
CrystEngCommno. 45 (2021): 7955-7962
2021 IEEE Research and Applications of Photonics in Defense Conference (RAPID)pp.1-2, (2021)
Low-Dimensional Materials and Devices 2020 (2020)
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