【学术报告】Nanostructure Engineering: A Path to Discovery, Innovation, and Breakthrough

发布时间:2024-05-14 

讲座题目:Nanostructure Engineering: A Path to Discovery, Innovation, and Breakthrough; Nanoimprint: Revolutionizing Nanomanufacturing and Commercialization

讲座时间:2024年5月16日 13:30

讲座地点:江湾校区 交叉一号楼 B1006

主讲人介绍:Stephen Chou (周郁)教授是一位伟大的华人科学家。他于1995年发明的纳米压印光刻(Nanoimprint Lithography)技术成为了当前一个不可或缺的先进纳米制造技术。这个技术的发明也影响了整个纳米科技的发展轨迹,尤其适合于第三世界国家如中国和印度等国的经济建设的发展,使我们这一代人获益匪浅。尤其值得一提的是,Stephen Chou的成就不仅仅是在纳米压印方面的开创性工作,他在光电子学领域也有非常多的探索性的科研成果。

Stephen Y. Chou (Ph.D., MIT, 1986), the inventor of nanoimprint lithography and iMOST, is the Joseph C. Elgin Professor at Princeton University. He is also the founder and founding chairman of the board of three startup companies: Nanonex Corp., NanoOpto Corp., and Essenlix Corp., and is a co-founder of BioNano Genomics Inc. He is a member of the US National Academy of Engineering (2007), a Fellow of the US National Academy of Inventors (2013), a recipient of the IEEE Cledo Brunetti Award (2004), the IEEE Nanotechnology Pioneer Award, and the Nanoimprint Pioneer Award; a Packard Fellow, and a Fellow of the IEEE, the American Vacuum Society (AVS), the Optical Society of America (OSA, now Optica), and the International Society for Nanomanufacturing (ISNM), among other awards and honors.

 

内容摘要:Based on the author‘s nearly four decades of inventions and pioneering work in nanotechnology and its applications, the talk will (1) illustrate some intriguing phenomena manifested in nanostructures in the areas of electronics, optics, magnetics, biotech, and materials when the device sizes are smaller than the electron wavelength, optical wavelength, magnetic domain wall size, DNA persistence length, single-crystal critical size, and defect diffusion length; (2) highlight the key aspects, status, applications, and future of nanoimprint; and, if time permits, (3) introduce one of the author's latest inventions, the iMOST™ (instant Mobile Self-Test) platform, for digital health, which integrates intelligent nanostructures with machine learning, computer vision, biochemistry, and diagnostics.