State-of-the Art Conference: Magnetically Stimulated Soft Materials

最先进的会议：磁刺激软材料

• 批准号: 1534475
• 负责人: Sergiy Minko
• 金额: $ 0.74万
• 依托单位: University of Georgia
• 依托单位国家: 美国
• 项目类别: Standard Grant
• 财政年份: 2015
• 资助国家: 美国
• 起止时间: 2015-05-01 至 2016-04-30
• 项目状态: 已结题
• 来源: https://www.nsf.gov/awardsearch/showAward?AWD_ID=1534475&HistoricalAwards=false
• 关键词: State; Art; Conference; Magnetically; Stimulated

Non-Technical: This award by the Biomaterials program in the Division of Materials Research to University of Georgia is to support students and faculty members to attend the conference titled "State-of-the art conference: Magnetically stimulated soft materials" in Athens, Georgia. This award is cofunded by the Particulate and Multiphase Program (ENG/CBET). The focus of this two-day symposium is on biomaterials that combine two or more functionalities when at least one of them is sensitive to remotely generated magnetic signals that trigger changes. The symposium builds upon earlier successful conferences. This conference is expected to provide the mechanism for the exchange of ideas and the generation of new approaches and technologies in such areas as smart biomaterials, fibers and textiles, microactuators, sensors, drug delivery systems, and biomedical materials and devices. The broader impact goal of this proposal is to increase the participation of students and underrepresented minority students in science and engineering areas. The conference format will provide students with various opportunities to attend state-of-art lectures by top scientists and meet with them, communicate and present their results, and participate in discussions in the conference rooms, during poster sessions, and conference breaks.Technical: This conference aims at binding a number of recently opened possibilities to generate functional biomaterials that combine two or more functionalities when at least one of them is sensitive to remotely generated magnetic signals that trigger changes and responses in soft biomaterials. Remotely controlled materials promise a number of applications, specifically at the microscopic scale. Homogeneous external fields provide energy sources that are sufficient to overcome thermal fluctuations and align building blocks in a broad range of dimensions from a few nanometers to micrometers. Since this field would greatly benefit from multidisciplinary interactions from chemists, biologists, physicists, and engineers, the main goal of this conference would be to create a technical and professional environment in which participants from diverse disciplines could interact. This conference is designed to discuss recent trends and activities related to magnetically activated soft materials and initiation of future collaborations among the attendees. These soft materials are unique materials, properties of which could be controlled, transported and imaged using external fields. The following specific topic areas will be highlighted at this conference: a) spintronics; b) ferrofluids and microfluidics; c) polymer and polymeric composite systems and devices; d) self-assembly, nanomanufacturing and microstructures; e) biomedical applications and drug delivery; and f) career and professional development opportunities for students.

非技术性：该奖项由佐治亚大学材料研究部生物材料项目颁发，旨在支持学生和教师参加在佐治亚州雅典举行的题为“最先进的会议：磁刺激软材料”的会议。该奖项由颗粒和多相计划 (ENG/CBET) 共同资助。这次为期两天的研讨会的重点是结合两种或多种功能的生物材料，当其中至少一种功能对远程生成的触发变化的磁信号敏感时。此次研讨会以之前成功召开的会议为基础。此次会议预计将为智能生物材料、纤维和纺织品、微执行器、传感器、药物输送系统以及生物医学材料和设备等领域的思想交流和新方法和新技术的产生提供机制。该提案更广泛的影响目标是增加学生和代表性不足的少数族裔学生在科学和工程领域的参与。会议形式将为学生提供各种机会参加顶级科学家的最新讲座并与他们会面，交流和展示他们的成果，并在会议室、海报会议和会议休息期间参与讨论。技术：本次会议旨在结合许多最近开放的可能性来生成功能性生物材料，这些功能性生物材料结合了两种或多种功能，当其中至少一种功能对远程生成的磁信号敏感时，这些信号会触发软生物材料的变化和响应。远程控制材料有许多应用前景，特别是在微观尺度上。均匀的外部场提供的能源足以克服热波动并在从几纳米到微米的广泛尺寸范围内排列构建块。由于该领域将极大地受益于化学家、生物学家、物理学家和工程师的多学科互动，因此本次会议的主要目标是创造一个技术和专业环境，让来自不同学科的参与者可以互动。本次会议旨在讨论与磁激活软材料相关的最新趋势和活动，以及与会者之间未来合作的启动。这些软材料是独特的材料，其特性可以使用外部场进行控制、传输和成像。本次会议将重点讨论以下具体主题领域：a) 自旋电子学； b) 铁磁流体和微流体； c) 聚合物和聚合物复合材料系统和装置； d) 自组装、纳米制造和微观结构； e) 生物医学应用和药物输送； f) 为学生提供职业和专业发展机会。