Symposium: Remotely Controlled Colloids, Interfaces and Biosystems

1339532 PI：近年来，由于其在许多领域的潜在应用，包括健康、国防、生物或化学传感以及生物电子学，通过施加电、磁、电磁或声场来远程控制的胶体悬浮液领域已经看到了快速增长。例如，人们可以使用专门的磁性颗粒悬浮液，其表面用附着的聚合物进行适当的修饰，在施加的磁场的帮助下暂时阻断血管进行显微手术。该奖项将为大约30名受邀演讲者提供部分旅行支持，参加为期四天的（2013年4月7日至11日），美国化学学会（ACS）专题讨论会，题为远程控制胶体，界面和生物系统在新奥尔良。受邀演讲者涵盖了学术界、医疗和国防工业的广泛跨学科专业知识。专题讨论会将为这些专家提供一个论坛，介绍这一领域的最新进展，并说明在不久的将来需要应对的重大挑战。

1339532PI: LuzinovThe field of colloidal suspensions remotely controlled with an application of electric, magnetic, electromagnetic, or acoustic field has seen a rapid growth in recent years because of its potential applications in many fields including health, defense, bio or chemical sensing, and bioelectronics. For example, one may use suspensions of specialized magnetic particles, with their surface suitably modified with attached polymers, to block temporarily a blood vessel for microsurgery with the help of applied magnetic field.This award will provide partial support towards travel for approximately 30 invited speakers to attend a four-day (April 7-11, 2013), American Chemical Society (ACS) Symposium entitled, Remotely Controlled Colloids, Interfaces and Biosystems in New Orleans. The invited speakers cover wide range of interdisciplinary expertise drawn for academia and medical and defense industry. The symposium will provide a forum for these experts to present recent advances in the field and to give a sense of major challenges that need to be addressed in the near future.