SEMINAR 1. Title : Backplane Technology (1)

Slides:



Advertisements
Similar presentations
GEARING UP FOR SUCCESS MARYANN AMARAL & MARY-ANN DUVAL.
Advertisements

2008 Energy Efficiency National University Contest Review.
The first in the world where Biomed, High-tech and the Office of the Chef Scientist will join hands in a unique and exciting new international.
AMOLED TECHNOLOGY MEEN 3344 By Mark Benavides. What is AMOLED? AMOLED is an acronym that stands for Active Matrix Organic Light Emitting Diode. It is.
Creating New Vision with 3D Glasses April Confidential CONTENTS 1. CV of Rae Hwan, Lee 2. 3D TV Market Size 3. How 3D Glasses Works?
Organic Light-Emitting Diodes
Department of Electrical Engineering, Southern Taiwan University of Science and Technology Chi-Jo Wang Professor and Associate Chair December 17, 2012.
Page 1 Band Edge Electroluminescence from N + -Implanted Bulk ZnO Hung-Ta Wang 1, Fan Ren 1, Byoung S. Kang 1, Jau-Jiun Chen 1, Travis Anderson 1, Soohwan.
(EE429) First day Course Materials Assistant Prof. Dr. Anwar Hassan Selected Topics Communications.
Information Innovation People’s Choice Award Mark R. Krebs Blue Cross and Blue Shield of Kansas City.
0101 Magneto-optical transducers of information-measuring systems.
Standards Education 18 March 2009 Steve Mills, Chair, SEC Standards Board Forum.
Technologies in the future 2 New buildings design in Korea.
1. Roll top was Designed by Orkin and he started to work on this in Roll top is a portable computer development concept for designer, architect.
Presented By: PRATYUSH MISHRA E.C. Final Year
1 Improving School Leadership: Were to go from here Beatriz Pont Education and Training Policy Division Brussels, VLOR 2 nd Workshop of Participating Countries.
• Very pure silicon and germanium were manufactured
SEMINAR 1. Title : Organic/2D material based devices for flexible electronics 2. Speaker : Tae Hoon Lee ( Kwangwoon University ) 3. Time : 16:00.
SEMINAR 1. Title : Present and Future of Korean Manufacturing Industry
You have 10 seconds to name ....
SEMINAR 1. Title : Electroactive Polymers for Innovative Energy Devices 2. Speaker : Young-Gi Kim, Ph.D (Delaware State University ) 3. Time : (10:30-12:00),
SEMINAR 1. Title : Solution-based Thin-film Formation of Carbon and Organic Materials for Field-Effect Transistors and Sensors 2. Speaker : Steve.
SEMINAR 1. Title : Novel properties of graphene-based vertical-junction diodes and applications 2. Speaker : Suk-Ho Choi ( Dept. of Applied Physics,
ORGANIC LIGHT EMITTING DIODES
Seminar OLED Technology On
“ORGANIC LIGHT EMITTING DIODE"
OLED-AN ABSTARCT Over the time there are many changes came into the field of output/display devices. In this field first came the.
SEMINAR 1. Title : The Basics of OLED
SEMINAR 1. Title : Holotomography for non-invasive label-free 3-D imaging of live cells and tissues 2. Speaker : YongKeun Park ( KAIST ) 3.
SEMINAR 1. Title : Generation of Nucleic Acid Biopolymers with Complex Functionalities 2. Speaker : Prof. Seung Soo Oh (Department of Materials Sci. and.
SEMINAR 1. Title : Integration and characterization of long term stable novel graphene devices 2. Speaker : Byoung Hun Lee 3. Time : 16:00~17:00 4. Place.
Rock River Valley Chapter
SEMINAR 1. Title : Discovery of Protein-Protein Interaction Modulators Using Affinity-Based High-Throughput Screening 2. Speaker : Hyun-Suk Lim (포항공대 (POSTECH))
SEMINAR 1. Title : Toward the first-principles design of next-generation electronic devices based on two-dimensional nanomaterials 2. Speaker : Yong-Hoon.
SEMINAR 1. Title : Introduction of Emotional Image Quality Metrology Technology 2. Speaker : Seungbae LEE, Master (Samsung Display) 3. Time : 15:00 – 18:00,
SEMINAR 1. Title : Roles of microRNA in immune cell biology
SEMINAR 1. Title: Thin Film Process Technology for AMOLED Display
SEMINAR 1. Title :Introduction of flow lithography and versatile applications 2. Speaker :Jiseok Lee 3. Time : 16:00~17:00 4. Place :: e+ Lecture Hall.
COM Masters of Science in Medical Science Master’s Examination*
SEMINAR 1. Title : Growth, Fabrication, and Characterization of Nano-/Micro-structured LEDs 2. Speaker : Dong Seon Lee 3. Time : 16:00~17:00 4. Place ::
Lecture 15: Guest Lecture Professor Gordon Wetzstein
(Solar Cell Center, Korea Institute of Science and Technology, KIST)
Dr. Prashant Pradhan CTO, IBM India and South Asia
SEMINAR Title : Next Generation OLED
SEMINAR 1. Title: Implantable medical device based on wireless power transferring 2. Speaker: Sung Q Lee (Managing director/ Ph. D, Multidisciplinary.
SEMINAR 1. Title : Physics in contacts between probes and quantum world 2. Speaker : Myung-Ho Bae (Korea Research Institute of Standards and Science)
SEMINAR 1. Title : Introduction to Spintronics and III-V-OI MOSFET for Post-Si Technology Node 2. Speaker : Hyung-jun Kim (Center for Spintronics at KIST)
SEMINAR 1. Title : Non-volatile memory device and application
Lecture 17: Guest Lecture Professor Gordon Wetzstein
The Sheldon K. Friedlander Award
ICETI ND INTERNATIONAL CONFERENCE ON ENGINEERING TECHNOLOGY AND INNOVATION  ​MARCH 07-11, 2018 Budapest, Hungary PAPER TITLE Name of Author/s, title.
Presented to IEEE Standards Education Committee 11 April 2014
Today Galaxy S II Galaxy S III Neo Galaxy S7 Active
IMPORTANT Information for 3rd Grade Parents
HONORS AND AWARDS 时间: :30 地点:礼东二楼报告厅 TITLE
Region 1 WIE Status Report August 2008 Darlene E
Introducing Chulsoon Hwang
Project Title This is a sample slide layout
The Sheldon K. Friedlander Award
SEMINAR 1. Title : Quantum photonics with solid-state quantum emitters
Ubiquitous Computing By: Patrick Yienger.
Science Fair Info Night
Ver 2.0 SAFE An international organization dedicated to the preservation of human life! Our Mission: To provide a forum for information exchange, education,
Health Innovation Prize Submission
Sensing Object Semantics for Interactive Multimedia Applications
• Very pure silicon and germanium were manufactured
BSEC Electronics - Global Team
Albert Einstein.
People First: True North Challenge
Future Personal Devices
Presentation transcript:

SEMINAR 1. Title : Backplane Technology (1) 2. Speaker : Byoung Seong Jeong, Principal Engineer (Samsung Display) 3. Time : 15:00 - 18:00, Friday, April 07, 2017 4. Place : e+ Lecture Hall(room 83188), 2nd Research Building, Sungkyunkwan University 5. Summary : As you know, on March 1st, 2016, Galaxy S6 and S6 Edge had successfully unpacked. Furthermore, from the several medias, the Samsung Galaxy S8 and Galaxy S8 Plus will get a release date on April, 2017, with the best innovative technology ever. While new technology and improvement of the Galaxy Edge are showing, the Edge’s curved screen intrigues the world. This is because of newly developed organic light-emitting diode (OLED) displays.      Based on Professor Tang’s findings in 1987, OLED displays have been developed and implemented from mobile phones to mid-sized, large-sized displays. For these displays, backplane technology is imperative. The luminance and reliability of OLED displays relies on not only organic materials, but TFT characteristics on backplanes. These challenges of TFT fabrication for better AMOLED displays represent new opportunities for innovation.      This Seminar is intended to be a forum for engineers and scientists interested in exchanging technical information on concepts and innovations in the backplane technology of OLED displays. Background : Byoung Seong Jeong received the Ph.D. degrees in Materials Science and Engineering from the University of Florida at Gainesville in 2004. His specialty and major was Electronic Materials, Semiconducting Oxide TFT. He joined Samsung Electronics LCD Division in 2004 and had performed several projects such as world first LCD TV, TFT backplane technologies for AMOLED. In Samsung Display from 2010, he has developed several key technologies for large-size AMOLED and the world first and biggest Transparent display. As a result of these achievements, he was nominated for Samsung Award of Honor 2013, won Bronze Award in CEO Commendation 2014 and Gold Award in Samsung Best Papers 2015. Currently, he is participated in innovative device and process development for AMOLED. His research interests is in AMOLED devices, processes, materials and related integrated systems. 7. Questions : gator.jeong@samsung.com(☏ 031-8000-6887)