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News
Researchers develop a new class of deep-blue phosphorescence CF OLED emitters achieving outstanding results
3+ hour, 40+ min ago (530+ words) A team of researchers from Kyoto University, Kyushu University and Tsinghua Shenzhen International Graduate School have designed a new novel class of deep-blue phosphorescence OLED emitters, achieving remarkable performance. The researchers design, and then synthesized a class of asymmetric [3+2+1] coordinated…...
ORDIN discloses the molecular structure of its ZETPLEX blue phosphorescent Pt dopant, starts shipping evaluation materials
1+ mon, 2+ week ago (564+ words) LORDIN has publicly disclosed the molecular structure behind its ZETPLEX platinum (Pt) dopant concept, publishing the work in a peer-reviewed paper. The disclosure marks the first time the company has revealed the chemistry underlying its materials. LORDIN says that the…...
Researchers utilize a nano-carbon framework to design high-performance narrowband blue MR-TADF emitters
2+ mon, 1+ week ago (319+ words) Researchers from Kyoto University, have developed a new molecular design concept for MR-TADF OLED emitters, that spatially expands and amplifies the multiple resonance effect. The new molecule, called m-CzB10-Mes has a nano-carbon framework, with a ladder-type structure, and it achieved…...
Bright Side with Brannan | Open-Shell Emitters for OLEDs: A Radical Alternative?
2+ mon, 1+ week ago (575+ words) We're excited to launch Bright Side with Brannan, a new column by Prof. Alexander Brannan of the University of Manchester. In this column, Prof. Brannan will explore the science behind OLED technology — the materials, the physics, and the open questions…...
Noctiluca accelerates R&D work on chemical compounds for the OLED industry
4+ mon, 1+ week ago (337+ words) OLED material developer Noctiluca announced that recently it has received several funding grants, that will enable it to accelerate its R&D activities. The company also says that it is working with leading OLED display makers, which are in various…...
Researchers at KAIST developed a new quasi-planar light extraction structure that more than doubles the light output of OLED devices
7+ mon, 1+ week ago (553+ words) Researchers from KAIST, led by Professor Yoo Seunghyup, developed a novel quasi-planar light extraction structure that enables to more than double the light output from OLED devices. The researchers optimized the radiative power transfer in finite-sized OLED emission and reception…...