宗旨：介绍国外显示科技新知，培育前瞻显示科技研发人才，以提昇我国 显示产业竞争力。 时间：九十二年十二月十三日至十五日 地点：国立台湾大学电机二馆143室(十二月十三日) 电机二馆105室(十二月十四及十五日) 台北市罗斯福路四段一号 主办单位：国立台湾大学光电所 授课教师： 1.Professor H. S. Kwok, Center for Display Research, Hong Kong University of Science & Technology, Hong Kong ----- Liquid Crystal on Silicon Micro-displays We review the technology of silicon (LCOS) reflective microdisplays optics. This new type of display can have the potential of extremely high resolution in a small package. This display also leverages the highly mature CMOS silicon IC technologies. Applications can be in near eye goggle type displays, as well as in front and rear projection engines. In this talk, emphasis will be placed on the development of the appropriate optical elements needed in order to commercialize this displays. A new approach to the design of color optics for LCOS will also be revealed. This new design eliminates the cumbersome time sequential color scheme and enables the NTE LCOS to be extremely low cost and easy to interface. 2.Professor Ian T. Ferguson, School of Electrical and Computer Engineering, Georgia Institute of Technology, USA ----- Introduction to Solid State Lighting in General Illumination High-brightness LEDs based on III-Nitrides and AlInGaP has led to the possibility of revolutionary new approaches for lighting and general illumination. Efficient UV/Blue solid-state sources fabricated from III-Nitrides can be coupled to phosphors for white light generation. The implementation of LEDs, and even lasers, in general lighting applications will require new lighting paradigms that are now only being considered. Solid state lighting is the technology of the future for lighting and general illumination. This presentation will review the historical development of this technology and then detail some of the technical hurdles to be addressed to see its ultimate adoption in general illumination. 3.Dr. Guo-Dung Su, Umachines, USA ----- An Introduction to Optical MEMS and Its Application for Displays This Lecture will provide essential concepts of optical MEMS, also know as MOEMS (Micro-Opto-Electro-Mechanical Systems) to those approaching this field for the first time. The materials presented will be useful to students, engineers, scientists and managers. Though mathematical formalism will be provided, the emphasis will be mainly on the fundamental physics behind this emerging technology. Topics include optical and mechanical CAD simulation tools, micromachining fabrication processes, governing physics of optical MEMS and case studies. At the end, we will concentrate on the various types of displays that make use of MOEMS technology. The advantages and challenges of MOEMS for displays will be discussed as well. 4.Professor Ghassan E. Jabbour, Optical Sciences Center, The University of Arizona, USA ----- Principles and Fabrication of Nanothick Molecular and Polymeric Light-Emitting Devices In this short course we will discuss the exciting area of organic light emitting devices (OLEDs- small molecules and polymeric). The focus will be towards providing a clear and simple lecture that will highlight the principles of operation and fabrication of OLEDs. Given the time limitation, we will attempt to cover the following topics: History and Introduction of organic semiconductors; Basic principles (physical and chemical) of Organic Semiconductors; How do OLEDs work? Fluorescence and Phosphorescence in OLEDs; OLEDs architecture and their operational characteristics; Fabrication tools: From vacuum to printing; Electrodes and Interfaces; Encapsulation and moisture barrier technology; Degradation of OLEDs; Future outlook for OLEDs. 5.Dr. T. Takebe, Sumitomo Electric., Japan ----- Development of ZnSe-based white LEDs A phosphor-free ZnSe-based high-brightness white LED operating at very low voltages is demonstrated. The optical output power and operating voltage of a typical device at a forward current of 20mA is 6.8mW and 2.5V, respectively. The luminous efficacy estimated from these results is 28lm/W, which exceeds the incandescent lamp. In the talk, basic properties of ZnSe and related materials, bulk growth of ZnSe substrates, MBE growth of LED structures on ZnSe substrates, LED fabrication processes. Fundamental characteristics of the LEDs, etc. will also be presented. 上课时间表 December 13 (Sat.) December 14 (Sun.) December 15 (Mon.) 电机二馆143室 电机二馆105室 电机二馆105室 9:00 Prof. H. S. Prof. Ghassan E. Prof. Ian T. Ferguson -12:00 KwokLiquid Crystal Jabbour Introduction to on Silicon Micro- Principles and Solid State Lighting displays Fabrication of in General Illumination Nanothick Molecular and Polymeric Light -Emitting Devices 14:00 Dr. Guo-Dung SuAn Dr. T. Takebe -17:00 Introduction to Development of ZnSe-based Optical MEMS and white LEDs Its Application for Displays 报名： 限中华民国国民 12月10日前填妥所附报名表，并将报名费以邮政汇票(受款人：国立台湾大学) 与报名表寄『台北市罗斯福路四段一号台湾大学光电所显示科技研讨会收』， 或先传真报名表至(02) 23677467，再寄邮政汇票。 报名费(含五堂课听讲、相关讲义及茶水)： 一般人士：每人NT$ 3,000；学生：每人NT$ 500 联络人：陈弘基先生 电话：(02) 23677462; 传真：(02) 23677467 e-mail: [email protected] 新世代显示科技人才培育研讨会报名表 报名表一人使用一张 姓名 单位 职称 学生证号(一般人士免填) 地址 电话 传真 e-mail -- ☆ [Origin:椰林风情] [From: r402b.ee.ntu.edu.tw] [Login: 1] [Post: 30]