可控自组装体系及其功能化

This program encourages the originalities and innovations of both theories and techniques through the multidiscipline approaches between chemistry, physics, materials, biology and information science, to develop the new concepts, new methods, new constructions and new systems involved in self-assembly subject, to discover the new phenomena and new effects in material science beyond molecular level, to recognize the nature and keyrole of self-assembly. This program also encourage investigators to deeply investigate the internal relationships between the constructions and functions of the self-assembly systems, to construct various functional assembly system in a rational and controllable way, furthermore, to provide novel systems and theoretical guides for material, biological and information technologies. This program aims to build up the new operation modes for the research and collaboration of self-assembly subject, to culture the talented researchers with international influence through interdisciplinary efforts, to promote the competitive strength of China in the self-assembly and mater science, and to occupy an important place in the international world of science and technology.

本项目计划通过化学、物理、数学、材料、生物、医学和信息等多学科交叉，从理论和实验源头创新，建立和发展自组装中所涉及的新概念、新方法、新结构以及新体系，发现分子以上层次物质科学中的新现象和新效应，认识自组装的本质与规律；揭示自组装体的结构与功能关系，构筑各种功能组装体系，为材料、生命和信息等领域提供创新的物质基础与理论指导；建立自组装研究与合作的新模式，通过学科间的深度交叉，造就一支有国际影响的研究队伍，提升我国在自组装乃至物质科学领域的竞争力，并在国际上占有重要一席之地。

“可控自组装体系及其功能化”重大研究计划专家组经过数十位各学科专家的研究和讨论，在基金委的全力支持下于2010年7月正式立项、8月发布项目申请指南，该计划内容涉及数理、化学、生命、工程与材料及医学五个学部，在专家组和管理组的共同努力下，该重大研究计划经通讯评审、会议评审后共资助项目128项，其中集成项目4项、重点项目19项、培育项目105项。在2013.06-2014.12的运行期内，项目指导专家组还成功地召开了两次年度的项目启动及学术交流会，深入了解该领域的国际最新动向，同时积极邀请相关著名学者来参加专题讨论会并为会议作大会报告或邀请报告，积极推动了“自组装”重大研究计划的学术交流与合作。