Who is Kyulux?

Kyulux was established in Japan in 2015 to develop next generation materials for OLED displays and lighting.
Based on exclusively-licensed technology from Kyushu University, Kyulux develops HyperfluorescenceTM/TADF
emitters that will enable cost-effective, durable and efficient OLEDs that do not rely on rare metals.
Kyulux is a growing company that currently employs over 50 people in its operations in both Japan and theU.S.

Wisechip and Kyulux demonstrated
HyperfluorescenceTM PMOLED prototype

 Kyulux and Nanoco start to develop
next-gen hybrid QD-OLED displaysKyulux is exclusively licensed
Harvard University's
deep-learning AI platform

Kyulux is founded Prof. Adachi's groundbreaking
TADF HyperfluorescenceTM
paper publishedKyulux, Inc.

Headquarters
Suite 227, FiaS Bldg. 2, 4-1 Kyudai-Shinmachi,
Nishi-ku, Fukuoka 819-0388, JAPANSubsidiary
Kyulux North America, Inc.
50 Milk St., 16th Floor, Boston, MA 02109, USA
Business Segment
Development/Manufacturing/Marketingfor Next Generation’s OLED Materials
Representative Director
CEO: Junji Adachi
FoundedMarch 9, 2015

Suite 227, Fukuoka Industry-academia Symphonicity (FiaS) Bldg.2,4-1 Kyudai-Shinmachi, Nishi-ku, Fukuoka, 819-0388, JAPANThe leading company in TADF-OLED
is looking for you!

Kyulux is a university-originated venture company seeking the practical application of OLED emitting
materials called TADF and HyperfluorescenceTM, two leading OLED technologies invented by Prof. Chihaya
Adachi and his research team at Kyushu University, Japan and is the only company in the world that has been
granted the patents of those technologies. Aiming to provide disruptive innovations for the future of the OLED
industry, Kyulux is seeking a wide range of interdisciplinary experts specializing in all aspects of the OLED Field- from materials to device fabrication.

Join our team in Fukuoka or Boston
Headquarters (Fukuoka, JAPAN)

Boston Subsidiary (MA, USA)

1. Research and development on TADF emitting
materials
2. Synthesis and reaction design of OLED materials
3. Analysis of organic compounds (analysis ofchemical composition/chemical structure andpurity analysis)

1. Use advanced statistical and data science
concepts, combined with experimental/theoreticalchemistry data, to answer scientific inquiries aboutmaterials
2. Create and evaluate machine learning models
to answer these scientific questions
3. Clean messy data from disparate sources
4. Design, write & debug command line tools using
the python programming language
5. Use version control tools to collaborate on codewith colleagues

Scientist – Synthesis

Scientist – Device

1. Research and development on TADF emitting
materials
2. Evaluation and degradation mechanism analysisof OLED devices
3. Analysis of photonics and electronic properties ofOLED devices
4. Device structure optimization to enhanceperformances

Computation Chemist & Data Scientist

Scientist – Process

1. Research and development on OLED fabrication
process
2. Fabrication of OLED（Dry/Wet process）
3. Evaluation of OLED and analysis of electrical andoptical properties

Please check our website for more details.
Kyulux, Inc.

Suite 227, Fukuoka Industry-academia Symphonicity (FiaS) Bldg.2,