当前位置:首页>新闻动态>学术活动

Nanotechnology for Biophotonics and Medical Diagnotics

发布时间: 2009-03-18 00:00 | 【 【打印】【关闭】

SEMINAR
The State Key Lab of
High Performance Ceramics and Superfine Microstructure
Shanghai Institute of Ceramics, Chinese Academy of Sciences
 中 国 科 学 院 上 海 硅 酸 盐 研 究 所 高 性 能 陶 瓷 和 超 微 结 构 国 家 重 点 实 验 室


Nanotechnology for Biophotonics and Medical Diagnotics


纳米技术与生物光子晶体和医学诊断

 Speaker


 Chaired Professor Hans Agren


 Head of Department of Theoretical Chemistry
Royal Institute of Technology, Sweden


 时间:3月23日 (星期一)下午14:00


地点:2号楼607会议室

联系人:  刘  茜 研究员

 

Abstract:
In this talk we emphasize new opportunities in biologicalimaging and medical disease detection provided by Multi-Photon Quantum Dots. This novel concept offers the combined advantage of brilliance and photo-resistance of normal quantum dots with the three-dimensional confocality and penetration of multi-photon excitation, something that relates to fluorescence based experiments in biology and medicine. A number of applications are explored, in particular real-time studies of single protein dynamics, protein transport in plasma membranes, and organisation of proteins in microdomains. A second class of applications concerns instrumentation for new medical diagnostic for early stage diseases, such as cardiovascular inflammatory disease. We concentrate on exploring the best-available scientific know-how in the field of solid-state nanotechnology to develop a nanoparticle based bioimaging for noninvasive healthcare, and for confocal high-resolution protein imaging and protein tracking.

Curriculum Vitae of Professor Hans Åregn
Hans Agren has made substantial contributions to the development of first principle quantum methods, in particular analytical response theory- and related methods for calculations of linear and non-linear electromagnetic properties. Application areas have involved nanoscale quantum modelling, molecular and nano photonics, and modelling of characterizing technologies. He has long-term experience in development of theory and models in synchrotron radiation science. His work has included computer implementations and interpretative models; applications have been carried out in collaboration with experimental physicists and chemists. Earlier studies concerning bound states of free molecules have diversified to include scattering and solvated states, and applications on extended systems such as polymers, surface adsorbates and molecular solutions. He has a broad international collaboration, with frequent research visits to Italy, Japan, USA and the Scandinavian countries. He became chaired professor 1991 in Computational Physics at Linkoping University. Since 1999 he holds a chair in Theoretical Chemistry at the Royal Institute of Technology in Stockholm which currently comprises 50 people. He is one of the leaders of the Scandinavian DALTON quantum chemistry project and a main author of the associate program package.
 
Hans Agren教授在第一性原理量子方法有巨大贡献,特别是在分析反应理论以及线性和非线性电磁理论方面。工作涉及领域包括纳米量子模型,分子和纳米光子学,以及表征技术,同步辐射科学。计算工作以及理论工作都和实验物理家和实验化学家合作。早期工作涉及自由分子束缚态,散射态以及溶剂态,以及理论在诸如聚合物,表面吸附以及分子溶液。与意大利,日本,美国以及北欧国家有广泛的国际合作。1981在林雪平大学计算物理任首席教授,1999以来在皇家工学院理论化学任首席教授和系主任,该系目前有50科研人员及研究生。北欧DALTON量子化学计划领导之一,是相关计算软件包的主要著者。
 
Professor in Quantum Chemistry appointed by the Swedish science research council, 1990.
1990瑞典科学研究院 任命 量子化学教授
Chaired Professor in Computational Physics, University of Linkping, 1991-1998.
1991-1998瑞典林雪平大学计算物理首席教授
Chaired Professor in Theoretical Chemistry, Royal Institute of Technology, Stockholm, 1998-
1998- 瑞典皇家工学院理论化学首席教授
 
 
Invited speaker to 74 conferences since 1989.
1989以来在74次国际会议做特邀报告
Organized 22 international or national meetings.
组织22次国际国内会议。
Member of 5 editorial boards. 5家期刊编委
482 publications in international journals, 18 review articles.
发表482篇研究论文,18篇综述 。
Coordinated 3 larger European networks.
主持过3项大型欧盟研究网
Currently member of 4 European and 2 Swedish networks.
现在是4个欧盟、2个瑞典研究网成员
Employed at four Universities in Sweden, two in USA and one in Japan.
曾在瑞典4所大学,美国2所大学,日本1所大学工作。