This XVth International Krutyn Summer School on: "Challenges to open up the new era of organic photonics and electronics from material to market - from Asian perspective” will be held from 06 to 14 June 2014 in Krutyń, Masurian Lake District, Poland.
is an exceptional and unique event - is organized jointly by Center for Organic Photonics and Electronics Research (OPERA) in Kyushu University, Japan, Polish Supramolecular Chemistry Network Foundation, and the Institute of Physical Chemistry of the Polish Academy of Sciences, Poland. This event is conceived as a high-level and highly intensive scientific event focusing on cutting-edge know-how aspects of organic photonics & electronics with profound emphasis on the latest achievements in Asian Region. This is really very exceptional opportunity for PhD students and young researchers to learn the most advanced science and technology provided by top-class Invited Speakers.
This Summer School aims at the state-of-the-art training in the form of lectures and scientific consulting sessions designed for PhD students and young researchers seeking to reinforce their knowledge and skills in the field of organic photonics/electronics. Top experts in this area will deliver lectures and consulting sessions. The school is addressed for people already active in this R&D field, as well as for those new to the field. A number of social events will be also proposed to relax after the heavily-scheduled program, including: bonfire, boats on Krutynia River, guided or individual out-door activities (kayaking, trekking, horse-riding, bikes, Nordic walking, first-class ballooning, etc.). The Local Organizing Committee cordially invites you to take part in this Summer School
Scientific program
Theoretical background
Organic semiconductor materials
Device physics
Theoretical limits for OLED & OPV devices
Molecular Design and Synthesis of Organic Materials for Optoelectronic Applications
Development of New Reagents for Organic Synthesis of OLED/OPV materials
Academic research
The Third Generation of Organic Emitting Materials using Thermally Activated Delayed Fluorescence (TADF)
OLED, OFET, Organic Laser, OSC
Organic Nano Materials
Organic semiconductors and optoelectronics
Oxide semiconductors and devices
Organic/inorganic hybrid materials
Progress in development of new efficient blue emitters
Organic spintronics
Ambipolar materials, plasmonics, up-conversion
Organic-only room-temperature phosphorescent materials
Technological aspects
Flexible and transparent TFTs.
Flat panel displays.
Highly Efficient and Flexible OLED Lighting.
Nano science and technologies.
Printed Electronics
OTFT, OLED, OSC.
Market analysis of OLED lighting
Business perspectives of TADF development
