In the OLED industry, materials and devices are often optimized independently, making the process time-consuming and expensive. To address this, we are developing a toolchain for parameter-free simulation-aided OLED design from molecule all the way up to device. In this toolchain, the molecular level properties are calculated using accurate quantum chemistry simulations in a realistic morphology. These nanoscale morphologies are then scaled to device-scale morphologies that can be used as input for the device level simulations. In this talk, we will show how this approach enables optimizing the molecular and stack properties simultaneously and ultimately can reduce time-to-market and costs.
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