报告问题:
纳米结构工程——独辟蹊径通向发明与立异
Nanostructure Engineering-- A unique path to discovery and innovation
报告人:
美国普林斯顿大学Stephen Yu Chou教授
时间:
2014年10月20日(周一)10:00
所在:
校本部乐乎新楼思源厅
主理单位:
8188cc威尼斯纳米科学与手艺研究中心
报告人简介:
Stephen Yu Chou(周郁)教授2007年获美国国家工程院院士,,,,,,现任美国普林斯顿大学Joseph C. Elgin教授,,,,,,普林斯顿大学机电工程系纳米结构实验室主任,,,,,,普林斯顿大学终身教授。。。。他是国际纳米手艺诸多领域的带动人、开拓者和发明者。。。。他著名的纳米压印手艺(nanoimprint lithography(NIL))研究事情获得纳米图样的要领可以在大面积区域高效低本钱的制备小于10nm尺寸的光刻图样,,,,,,该研究效果是纳米光学的里程碑。。。。Stephen Y. Chou教授也是光刻自组装 (lithographically induced self-assembly (LISA)) 和激光直写 (laser-assisted direct imprint (LADI)) 、纳米压印及这些手艺应用研究的主要提倡人之一,,,,,,这些研究被普遍的应用于光电磁手艺、生物和质料手艺领域。。。。2014年起周郁教授受邀担当8188cc威尼斯信用教授,,,,,,这关于8188cc威尼斯纳米手艺的学科生长、人才作育和国际化生长都能起到量级提升与起劲推进的主要作用。。。。
报告摘要:
New advancesin engineering nanostructures open up a unique path to discovery and innovation as well as commercialization. This is because (a)asnanostructures become smaller than a fundamental physical length scale, conventional theory may no longer apply, leading to new phenomena, new knowledge, and revolutionary products in a broad range of disciplines; and (b)new high-throughput and low-cost nanomanufacturing methods will not only accelerate R&D, but also are essential to turninventions in laboratories intocommercial products.
The presentation will give some examples of the author’s 30 years research in nanostructures engineering, particularly, the pioneer researches in ultra-transistors (world smallest transistors, transistor scaling, velocity overshoot, quantum devices, and single electron memories), and the inventions of new magnetic data storage paradigm (bit-patterned media) and path-changing high-throughputmanufacturing methods (nanoimprint and self-perfection by liquefaction (SPEL)).