Workshop on Nanoscale Systems, Dynamics and Control; June 3, 2003; Denver, CO

研讨会的目的是将来自许多不同学科的领先研究人员聚集在一起，讨论当前的趋势，挑战未解决的问题，以及纳米系统，动力学和控制作为新兴领域的应用。纳米技术以在分子和纳米尺度上控制材料和过程为目标，已成为本世纪的关键技术之一。科学家和工程师专注于解决基础和技术问题，基于系统的研究还很不成熟。纳米系统的建模、设计、集成和控制在从纳米制造、微/纳米机器人、材料表征到生物技术、信息技术和医疗应用设备的设计和控制等一系列应用中至关重要。研讨会将与跨学科的演讲者和观众一起讨论该领域的艺术现状和未来方向。来自不同专业领域的特邀演讲者将介绍其主题中的最新问题，成就和开放挑战，包括扫描探针显微镜动力学和控制，纳米制造系统监测和控制，纳米机器人，纳米级系统集成，纳米操作和纳米组装，生物系统，控制和指导自组装，纳米定位系统和控制，仿生和智能纳米系统和结构，纳米物理，纳米物理，纳米物理，纳米物理，纳米物理，纳米物理，纳米物理，纳米物理，纳米物理，纳米物理，纳米物理，纳米物理，纳米物理，纳米物理，纳米物理，纳米物理，纳米物理，纳米物理，纳米物理，纳米物理，纳米物理，纳米物理，纳米物理，纳米物理，纳米物理，纳米物理，纳米物理，纳米物理，纳米物理，纳米物理，纳米物理，纳米物理，纳米物理，纳米物理，纳米物理，纳米物理，纳米物理，纳米物理，纳米物理，纳米物理，纳米物理，纳米物理。纳米尺度动力学和系统的建模，纳米尺度系统在生物学、医学、信息技术、材料等领域的新应用，使用纳米探针的硬盘存储系统，纳米机器人的先进人机用户界面等。研讨会结束后的最终报告将提交给美国国家科学基金会，该报告可用于确定纳米尺度系统、动力学和控制领域的现状、开放的研究挑战、资助指南、可能的举措等。

The purpose of the workshop is to bring together leading researchers from many differentdisciplines in the current trend, challenging unsolved problems, and applications of nanoscalesystems, dynamics and control as a new emerging field. Nanotechnology which is aimed tocontrol the materials and processes at the molecular and nanoscales has become one of the criticaltechnologies of this century. Scientists and engineers are focused on solving basic andtechnological problems, and system based research is still very immature. Modeling, design,integration, and control of nanoscale systems is of vital importance in a host of applicationsranging from nanomanufacturing, micro/nanorobotics, and material characterization, to the designand control of devices for biotechnology, information technology, and medical applications. Theworkshop will address both the state of the art and future directions of the field with veryinterdisciplinary presenters and audience.Invited speakers with different areas of specialty would introduce the state-of-the-art issues,achievements and open challenges in their topics which include scanning probe microscopedynamics and control, nanomanufacturing system monitoring and control, nanorobotics,nanoscale system integration, nanomanipulation and nanoassembly, bionanosystems, controllingand directing self-assembly, nanopositioning systems and control, biomimetic and smartnanoscale systems and structures, nanoscale physics, modeling of nanoscale dynamics andsystems, novel nanoscale system applications in biology, medicine, information technology,materials, etc., hard disk storage systems using nanoprobes, advanced man-machine userinterfaces for nanorobots, and etc.A final report after the workshop will be submitted to the NSF which could be used for definingcurrent status, open research challenges, funding guidelines, possible initiatives, etc. in thenanoscale systems, dynamics and control area.