This XXIV^th International Krutyn Summer School on the "Next Generation Organic Light-Emitting Devices", will be an exceptional and unique event - it is organized jointly by:

• Center for Organic Photonics and Electronics Research (OPERA) in Kyushu University, Japan,
• Kyulux, Inc., Japan,
• Organic Semiconductor Centre, University of St Andrews, Scotland
• Institute of Physical Chemistry, Polish Academy of Sciences, Poland. 

THIS WILLBE THE LAST YEAR OF IKSS SERIES. This summer school is conceived as a high-level and highly intensive scientific event focusing on cutting-edge know-how aspects of organic photonics and electronics. 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 WILL GRANT 14 CREDIT POINTS FOR PhD STUDENTS

HIGHLIGHT!!! SCHROEDINGER SOFTWARE TRAINING:

Schrödinger Materials Science team will present the overview “Atomistic modelling for OLED: analysis, optimization and discovery” (http://www.schrodinger.com/materials). Presentation will focus on  new developments for in silico properties prediction and novel materials design. Discussion will be followed by a hands-on workshop, where participants will learn practical computational approaches for OLED problems and enabling capabilities of Schrödinger Materials Science Suite software.

WHILE REGISTERING, YOU WILL GET THE NON-ANSWER LINK TO ACTIVATE YOUR PERSONAL ACCOUNT. YOU HAVE TO CLICK IT TO COMPLETE YOUR REGISTRATION. HOWEVER, DUE TO VARIOUS SECURITY STANDARDS/SETTINGS OF YOUR SERVERS, YOU MAY NOT GET IT. THIS E-MAIL WITH LINK MIGHT BE BOUNCED. IF THIS IS THE CASE, PLEASE CONTACT PROMPTLY OUR WEBMASTER: MR ADAM SOKOLOWSKI TO FIX THE PROBLEM: adam.sokolowski@gmail.com

TENTATIVE 24^th IKSS 2019 SCIENTIFIC PROGRAM

Prof. Chihaya Adachi, OPERA, Kyushu University, Japan

1. Organic charge-transfer states with versatility functions in optoelectronic devices 

2. Optoelectronics characteristics of organic semiconductor lasers

Dr Yoann Olivier, Université de Mons, Belgium

1. A primer on electronic structure calculations with focus on charge-transfer excitations

2. Energetics and dynamics of singlet and triplet excitations in TADF materials

Prof. Dr Karl Leo, IAPP, Dresden, Germany

1. Electronic properties of blended organic semiconductors

2. High-Performance Organic Transistors

Prof. Hironori Kaji, Kyoto University, Japan

1.TADF and singlet fission

2. Multiscale charge transport simulation

Prof. Dr Hartmut Yersin, University of Regensburg, Germany

1. New trends in designing Cu(I) compounds with efficient and short-lived TADF

2. Zero-gap organic materials – Towards fourth generation OLEDs

Prof. Hiroyoshi Naito, Osaka Prefecture University, Japan

1. Full characterization of electronic transport properties in working
polymer light-emitting diodes via impedance spectroscopy
2. Interpretation of modulus spectra of organic field-effect transistors
(OFETs) - determination of OFET parameters

Mr. Junji Adachi, OPERA, Kyulux Inc., Japan

Hyperfluorescence^(TM): a game changing technology for OLED display

Prof. Eli Zysman Colman, University of  St Andrews, Scotland

1. The development of deep blue TADF emitters for OLED

2. Accurate Modelling and Development of Multi-resonant Emitters for OLEDs

Prof. Mark E. Thompson, University of South California, USA

1. Triplet harvesting to achieve 100% efficient OLEDs: Why Samsung bought into this early on

2. Thermally Enhanced Luminescence from linear, two-coordinate, coinage metal phosphors

Prof. Dr Uli Lemmer, Karlsruhe Institute of Technology, LTI, Germany

1. Printed lasers based on metal-halide perovskite semiconductor

2. Efficient OLED light management by tailored optical disorder

Prof. Ifor D. W. Samuel, University of  St Andrews, Scotland

Organic semiconductor lasers

Prof. Graham Turnbull, University of  St Andrews, Scotland

Organic Semiconductors for Explosives Sensing

Prof. Ebinazar Namdas, UQ, Australia

1. Organic Light Emitting Transistors

2. Low Threshold Organic Semiconductor

Prof. Ken Onda, Kyushu University, Japan

1. Principles and applications of time-resolved infrared spectroscopy

2. Structural dynamics in photofunctional materials studied by time-resolved infrared spectroscopy

Dr Ilona Stengel, Merck Group, Darmstadt, Germany

1. Material Synthesis for OLED Applications - Perspectives from Industry

2. Learnings from OLED Material Device Testing - Perspectives from Industry

Dr. Akihiro Kimura, Konica Minolta, Japan

1. The Trend of OLED in lighting industry

2. The superiority depends on the fabrication process of lighting OLED

Dr Diego Rota Martir, Cynora GmbH, Germany

Blue high-efficiency emitters for OLED applications

Dr Jacob Gavartin, Schrödinger Inc., UK

Schrödinger software presentation and training tailored to the IKSS profile