Kyulux announced the acquisition of Harvard University OLED authorization

Kyulux is a new research and development of advanced materials company, is committed to the commercialization of the next generation of the use of TADF technology to develop OLED display technology and lighting. Kyulux announced the acquisition of the Harvard University molecular shuttle learning system for the study of display and lighting applications. Molecular shuttle is an artificial intelligence platform, developed by Al nAspuru-Guzik research team at Harvard's Department of chemistry and biochemistry.

Like liquid crystal technology, OLED uses green, red, and blue pixels to create the naked eye color on all screens. But it has been difficult to produce OLED that emits blue light all the time. In order to improve efficiency, OLED manufacturers to produce organic metal complex molecules, the use of iridium and other precious metals through the transformation of the strengthening of molecules.

This is expensive and still can not achieve a stable OLED Blu ray effect.

Aspuru-Guzik and its team are looking for alternatives to these organic metal and dislocation systems in the hope of achieving complete use of organic molecules.

The research team began to build a database of more than 1 billion 600 million molecules and gradually narrowed the scope. Led by Ryan Adams, assistant professor of Information Engineering Department of the Harvard University and John Paulson of Harvard School of engineering and applied science research team developed a new machine learning algorithm to predict which molecules may produce available effect, preference and test of these molecules. This initiative significantly reduces the computational cost of research.

This screening method can be used not only on OLED.

Professor Aspuru-Guzil said: "this study is only a relay point, in order to stimulate more high order organic atoms can be used in liquid batteries, solar cells, organic lasers and more in other fields. The future development of accelerated molecular dynamics is exciting. "

In addition to the Kyulux licensing agreement, there are three important research and development of the molecular shuttle system, Aspuru-Guzik's research team chose to join the Kyulux computational chemistry team.

Professor Aspuru-Guzik will be the company's short-term science advisor. Other TADF researchers were Kyushu University Chihaya Adachi and Hajime Nakanotani as well as Kyoto University Hirono RI Kaji. (compiled: LEDinside editor, Zhang Yahan) furtherreading:

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