|
Prof. Stephen Y. Chou
|
Princeton University, USA |
Nanoimprint -Enabling
Engine for Nanotechnology and Commercialization |
 |
Prof. Oscar Custance |
National Institute for
Materials Science (NIMS), Japan |
Complex atomic assemblies
produced at room temperature using atomic force microscopy |
 |
Prof. Charalabos Doumanidis |
National Science Foundation, USA
|
The Nano-World as a
Manufacturing Playground: The Vision of Nanomanufacturing at
NSF |
 |
Prof. Fengzhou Fang |
Tianjing University, China |
Machining mechanism at
multi-scales |
|
 |
Dr. Jens Fl┨gge |
Physikalisch-Technische
Bundesanstalt (PTB), Germany |
Developments in
dimensional Nanometrology |
 |
Prof. Min Gu |
Swinburne University of Technology, Australia |
Nanophotonics-enabled
multi-dimensional optical data storage |
 |
Prof. Lei Jiang |
Institute of Chemistry Chinese Academy of Sciences, China |
Bio-Inspired, Smart,
Multiscale Interfacial Materials |
 |
Prof. Lin Li |
Manchester University, UK |
Laser Nano-manufacturing -
State of the Art and Future Prospects |
 |
Prof. Yongfeng Lu |
Nebraska Lincoln
University, USA |
Laser nanomanufacturing of
carbon structures and devices |
 |
Prof. Henry I. Smith |
Massachusetts Institute of
Technology (MIT), USA |
Three-dimensional
Nanostructures by Aligned Stacking of Pre-Patterned Single-Crystal
Membranes |
 |
Prof. Zhaozhong Wang |
French National Center for
Scientific Research (CNRS), France |
Nanodevice beyond INTEL 22
nm technology |
 |
Prof. Zhonglin Wang |
Georgia Institute of
Technology, USA |
Zinc Oxide Based
Nanomanufacturing: from energy harvesting to piezotronics |
 |
Prof. Xianfan Xu |
Purdue University, USA |
Extraordinary Field
Enhancement of Nanoscale Antenna and Antenna Array:
Fundamental and Applications |
 |
Prof. Shuhong Yu |
University of Science and
Technology of China, China |
Self-assembly of 1D and 2D
Nanobuilding Blocks: Bio-inspired Approach and Applications |
 |
Prof. Xiang Zhang |
University of California,
Berkeley, USA |
Scalable Plasmonic Nano Manufacturing |
