应物理科学与技术学院彭勇教授邀请，爱尔兰都柏林大学圣三一学院Dr. Jingjing Wang将于2014年12月22日（周一）上午11:00在齐云楼620报告厅讲学，敬请关注！
报告时间：2014年12月22日（星期一）上午11:00
报告摘要:
The conventional optical microscope is traditionally one of the most important tools with which to view and study samples under high magnification. A long historical development has led it to be used in many fields such as the biological sciences and materials research. However, the spatial resolution attainable with conventional optical microscopy is limited to the Abbe diffraction limit, approximately half of the wavelength of the light source used and has not significantly changed since the compound lens system was first invented. Many kinds of higher resolution techniques such as transmission electron microscopy (TEM), atomic force microscopy (AFM), scanning electron microscopy (SEM) and scanning tunneling microscopy (STM) have been developed in recent decades. However, the achievements of higher spatial resolution offered by these systems have been made at the expense of the optical contrast mechanisms available to optical microscopy. These newer microscopes also have many limitations in terms of sample preparation requirements, observation environments and so on. However, one example combines higher resolution with the advantages of traditional optical microscopy. This is scanning near-field optical microscopy (SNOM).In this talk, the historical development of the scanning near-field optical microscopy and its applications in material science will be presented.
王晶晶，男，1968年出生于云南。1990年于清华大学获工程学士学位，1998年获北京大学物理学硕士学位，同年留校工作，任讲师。2001年起，在英国Leeds大学做助理研究员，同时攻读博士学位，于2005年获Leeds大学凝聚态物理博士学位。2005年1月至2011年9月间于英国Sheffield大学做博士后，从事纳米机器人设计与制造研究工作。2011年至今，于爱尔兰都柏林大学圣三一学院任高级研究学者和光子学实验室经理。2012年曾任伦敦大学学院（University College London）土木工程、环境和地球信息工程系（Department of Civil Environ and Geomatic Engineering）讲师。 目前发表超过80篇学术论文，其中SCI、EI文章37篇，引用超过2200次，平均每篇文章引用超过60次。4个研究工作被作为研究亮点而报道。
