• English
  • 首页
  • 实验室概况
    简介
    学术委员会
    运行管理
    学术团队
  • 科学研究
    研究方向
    科研进展
    科研成果
    双年报
  • 实验室人员
    管理人员名单
    实验室教职工名录
  • 开放交流
    开放课题
    承办会议
    讲座论坛
    博士后
  • 研究生培养
  • 联系我们
  • 首页
  • 实验室概况
    简介
    学术委员会
    运行管理
    学术团队
  • 科学研究
    研究方向
    科研进展
    科研成果
    双年报
  • 实验室人员
    管理人员名单
    实验室教职工名录
  • 开放交流
    开放课题
    承办会议
    讲座论坛
    博士后
  • 研究生培养
  • 联系我们
English

开放交流

  • 开放课题
  • 承办会议
  • 讲座论坛
  • 博士后

开放交流

  • 开放课题
  • 承办会议
  • 讲座论坛
  • 博士后
当前位置: 首页 >> 开放交流 >> 讲座论坛 >> 正文

讲座论坛

北大核科学论坛第318期

发布时间:2017-04-26

Topic(题目): SUPERESOLUTION IN LASER MICROSCOPY TECHNIQUES BASED ON FAR FIELD AND NEAR FIELD
Speaker(报告人): George A. Stanciu
( Center for Microscopy-Microanalysis and Information Processing, University Politehnica of Bucharest,? Romania )
Time(时间):2017年4月28日(周五)下午4:00-5:00
Place(地点):北京大学加速器楼208会议室
 
Abstract(摘要):Related techniques based on laser scanning microscopy represent very important tools for??different optical investigations in Life sciences and in Material sciences fields. The techniques are totally noninvasive and lately they reached the nano resolution.

Last year we realized a new multimodal system, which includes several microscopy techniques working in far field or in near field. Our new multimodal system integrated several label free microscopy techniques which offer the possibility for investigations at micro and nanoscale by using the far field and near field imagining. Correlated images on the same areas are presented. ?By using a scattering near field optical module (s-SNOM) upgrading an atomic force microscope (AFM) we are able to image simultaneously the topography as well as the amplitude and phase of the optical signals. The best resolution was less than 10 nm and it is connected with the tip size of the AFM. Polarization-resolved second harmonic generation microscopy as well second harmonic imaging techniques based on the far field and near field are also integrated in the system. All techniques upgraded a confocal scanning laser microscope.? Some of our results on the biological samples by using complementary techniques are presented.?

E-mail:? stanciu@physics.pub.ro , web:www.cmmip-upb.org
 
Contact person(联系人):高春媛(gaocy@pku.edu.cn)

【返回到上一页】
----友情链接----
---- 北京大学 ---- ---- 北京大学物理学院 ---- ---- HIAF强流重离子加速器装置 ----

地址:北京市海淀区成府路201号核物理与核技术全国重点实验室

邮编:100871  联系电话:010-62751870;010-62755215 邮箱:jingwu@pku.edu.cn