2016 Dielectrophoresis Meeting at MIT

CBET-1645534麻省理工学院2016年介电泳会本项目将提供部分旅费，以支持约30名研究生、博士后和初级教员参加2016年7月13-15日在麻省理工学院举行的2016年介电泳展。本次会议旨在为拥有介电和非线性电动力学专业知识的工程师和科学家提供一个亲密的环境，他们可以讨论研究前沿。介电泳法是一种广为人知的颗粒操作技术，它能够捕获、分类、浓缩和表征各种小到几纳米的颗粒和生物实体。最近，DEP的快速扩展已经证明，该技术对于微量全分析系统是一种可行的方法，特别是对于生物和医疗保健微系统。会议分为十个部分。这次会议包括与不同的著名研究人员的全体会议，代表了非线性电动力学和介电泳法最令人兴奋的进展。来自国家科学基金会的资金将用于学生和博士后会议费用以及初级教师，使更多的美国年轻工程师和科学家能够参加2016年的介电泳展。预期的结果包括：1.促进初级教员的更多参与，从而促进网络机会，并与资深研究人员建立国际合作。传播有关介电(及相关主题)的公共知识，让学生撰写及张贴有关介电分析的会议及会议摘要。除了人力资源的发展外，所提供的支援将可让学生展示来自全国最具创新精神的学术实验室的最新研究成果。

CBET- 1645534 Massachusetts Institute of TechnologyP.I.: Buie, Cullen R. Title: 2016 Dielectrophoresis Meeting at MITThis project will provide travel funds to partially support approximately 30 graduate and post doctoral students and junior faculty to attend the 2016 Dielectrophoresis at MIT, in Cambridge, MA from July 13-15, 2016. This meeting is designed to provide an intimate setting for engineers and scientists with expertise in dielectrophoresis and non-linear electrokinetics can discuss research frontiers. Dielectrophoresis is a well-known particle manipulation technique that has been able to capture, sort, concentrate, and characterize a variety of particles and biological entities as small as a few nanometers. The recent, rapid expansion of DEP has demonstrated that this technique is a viable method for micro-total analytical systems, especially for biological and health care microsystems. The conference is organized into ten sessions. This meeting includes a plenary session with a diverse group of eminent researchers that represents the most exciting advances in non-linear electrokinetics and dielectrophoresis. Funding from the National Science Foundation would be used for student and postdoc conference expenses and junior faculty, enabling more young US engineers and scientists to participate in Dielectrophoresis 2016. The expected outcomes include:1. Enable greater participation by junior faculty and thus facilitating networking opportunities and establish international collaborations with veteran researchers.2. Disseminate public knowledge on dielectrophoresis (and related topics) with students writing and posting session and conference summaries on dielectrophoresis.org and live-Tweet Dielectrophoresis 2016.In addition to the development of human resources, the support provided will allow presentation of the latest research results from the most innovative academic laboratories around the country.