About JooAm

Company Overview

JooAm Corporation is a leading OLED simulation and measurement equipment manufacturer, driving future display technologies. It boasts a team of top-notch experts with unparalleled expertise in the OLED field, conducting in-depth research and understanding of the latest technological trends based on their know-how and technical prowess. Juam's OLED simulation and measurement equipment are renowned for their highest level of accuracy and reliability, earning high praise from both domestic and international customers. With cutting-edge technology like organic semiconductor-related measurements, simulations, and evaluations, as well as pioneering techniques in device design and material development, Juam aims to contribute to the industry and research fields. Constantly pursuing technological innovation, it is poised to grow into a leading company that pioneers the future of OLED technology. 

JooAm Corporation is a venture company that originated from Seoul National University's campus in late 2018. It specializes in developing measurement equipment and simulators for displays and electronic components, with a particular focus on OLED technology. Juam is devoted to leading-edge research, transforming the achievements of Seoul National University professors into industrial applications, and ultimately evolving into a global leader in the field of measurement equipment and simulators.

Recently, Juam achieved a successful development of a molecular orientation measurement device for OLED, completing deliveries to domestic OLED panel companies. Through various national projects and in-house research, the company is actively engaged in cutting-edge research and development, driving advancements on a global scale.

Presently, Juam has been selected for government-funded research projects totaling 3.2 billion KRW over four years, further brightening the company's future prospects.

A field study

Organic Light Emitting Diodes (OLEDs), Perovskite Light Emitting Diodes (PLEDs), Quantum Dot Light Emitting Diodes (QLEDs), Organic Solar Cells (OSCs), Organic Photodetectors (OPDs), Perovskite Solar Cells (PSCs), Quantum Dot Solar Cells, and other organic and hybrid materials and devices physics, optical properties, charge transport, charge and energy transfer, electrical doping, exciton formation and dissociation, organic/organic, organic/perovskite, organic/metal, perovskite/metal interfaces, molecular-to-device-level simulations, high-performance OLEDs and OPVs, nanostructures in organic films.

A research Topic

High-performance OLEDs and OPVs, simulation at the molecular-device nanostructure level of organic thin films, electrical doping, metal/organic junction characteristics, electron-hole recombination, exciton dynamics, exciton dissociation. 

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