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卫健学术沙龙:基于5G+人工智能的心理/精神健康服务与管理体系建设
Gauging spacetime inversions
AI合成化学前沿与战略研讨会暨国家智能化学数据中心启动会
Macro to micro- and nano-scale fluidic engineering for analytical chemistry
报告题目:
Biomolecular Specificity Regulated Material Growth
 报告人:
Prof. Yu Huang
Department of Materials Science and Engineering,
University of California, Los Angeles, USA
加州大学洛杉矶分校
报告时间:
2015-09-04 09:00
报告地点:
何添楼406会议室
主办单位:
化学系李景虹课题组
  简介:

Abstract

The Huang Research Group specializes in nanomaterial synthesis along with characterization and practical applications, including nanoparticles, nanowires, and graphene. Studying both the fundamental scientific properties and engineering novel materials and devices enables exploration of the frontiers nanotechnology. Blending materials science and engineering with chemistry, biology, and physics, approach nanoscience from a multifaceted perspective, with new and exciting possibilities in energy, communications, computing and more. From the atomic interactions of nanocrystal growth to functional devices utilizing atomically thin materials, our research pushes the boundaries of science and engineering that you cannot see with the naked eye. Both our fundamental and technological knowledge

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