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应西安交通大学电力设备电气绝缘国家重点实验室常务副主任李盛涛教授邀请，日本千岁科技大学Sasabe教授和加拿大Hydro-Quebec's Research Institute Michel F. Frechette教授于2014年4月24日至5月11日期间访问我校并做系列学术报告，欢迎广大感兴趣师生届时参加。

地  点：电气绝缘楼二楼会议室

时  间：2014年4月25日（周五）上午9:00～11:00

题  目：Electrical Conduction in Organic Materials

报告人：Hiroyuki Sasabe 教授

摘  要：

After the short introduction of electrical conduction mechanisms in organic amorphous materials, the classification of insulators (dielectrics), semiconductors and metallic conductors will be discussed.  Historical review of conduction polymer researches and developments will also be presented.

时  间：2014年4月28日（周一）上午9:00～11:00

题  目：Light Wave Manipulation by Organic Materials

报告人：Hiroyuki Sasabe 教授

摘  要：

To understand the question ‘What is Photonics?’, effects of light on materials will be discussed firstly.  Then the fundamental ideas of control of light will be summarized, especially from the viewpoint of ‘light wave manipulation’.  This part is the introduction of nonlinear optics (NLO) and polymer optical fibers (POF).

时  间：2014年4月29日（周二）上午9:00～11:00

题  目：Application of Organic NLO Materials

报告人：Hiroyuki Sasabe 教授

摘  要：

As an advanced understanding of NLO in organic materials, key factors of molecular design will be discussed ( for 2^nd order NLO and 3^rd order NLO).  Since one of typical light wave manipulation is ‘photorefractive (PR) effect’, design of PR molecules and their application will be demonstrated.

时  间：2014年4月30日（周三）上午8:30～10:15

题  目：Organic Semiconductor Devices

报告人：Hiroyuki Sasabe 教授

摘  要：

Fundamental ideas of Organic Light Emitting Diode (OLED), Field Effect Transistor (OFET), and Photovoltaic Device (OPV) will be discussed in short.  The difference between inorganic materials (semiconductors) and organic materials will be emphasized from the viewpoint of molecular design rules and device processing.

时  间：2014年4月30日（周三）上午10:15～12:00

题  目：What about nanodielectrics ?

报告人：Michel F. Frechette 教授

摘  要：

After a noticed introduction in 2001, the concept of “nanodielectrics” has been intensively applied to the development and adaptation of polymer nanocomposites (PNCs). The present contribution is a good opportunity to have a look into the situation of nanodielectrics, up to now and towards tomorrow. What do we mean by nanodielectrics? Some basic notions will be stated and detailed with the aim of illustrating the depth and full potential of this concept. It is certainly not just composites. The second-generation nanodielectrics comprise formidable promises, specially allowing a design approach for dielectric materials systems. A few cases involving Graphene Oxide (GO) will be exemplified, and the impact on the increase potentiality for tailoring dielectric properties discussed.

时  间：2014年5月4日（周日）上午8:30～10:15

题  目：New Era of OLED

报告人：Hiroyuki Sasabe 教授

摘  要：

In the field of ‘Display’ like TV and iPhone the serious competition between LCD (liquid crystal display) and OLED is on going. The 3^rd generation OLED, so called TADF (thermally activated delayed fluorescence), opens the new era of display.  The details of molecular design and device processing will be discussed.

时  间：2014年5月4日（周日）上午10:15～12:00

题  目：Functional nanomaterials: the case of polymer nanocomposites

报告人：Michel F. Frechette 教授

时  间：2014年5月5日（周一）上午8:30～10:15

题  目：Molecular Electronic Devices (MED) and Bioelectronic Devices (BED)

报告人：Hiroyuki Sasabe 教授

摘  要：

Ideas of MED and BED have been proposed in early 1980s as ‘ultimate device’ in high-density memory, low-energy consumption, complicated biomimetic circuitry, and so on. Historical review of MED and BED developments will be presented from the viewpoint of ‘future electron devices’.

时  间：2014年5月5日（周一）上午10:15～12:00

题  目：Thermal properties as a nanocomposite polymer functionality

报告人：Michel F. Frechette 教授

可盖学术报告章！