Creating lasers that are both powerful and have an extremely precise output while also being environmentally friendly requires highly innovative approaches in the development of new materials and the design of the devices. The interdisciplinary project SUPERLASER will address these challenges by employing synergies across scientific, technological and ecological boundaries.

We are excited to join the SUPERLASER project, driven by our passion for technological advancement and solutions for positive societal impact. Partnering with international experts of complementary skills, we aim to set new standards for thin film light sources through dynamic collaboration.

It is really fun to develop superradiant perovskite lasers. I am excited to be part of the consortium and looking forward to working together with all the partners. This project is also complementary to my ERC Consolidator Grant on perovskite laser diodes.

With SUPERLASER, we’re not only minimizing environmental impact through life cycle analysis and recyclability protocols but also reducing the dependency on critical raw materials, currently heavily relied on in electronics. Our work advances sustainable perovskite technologies, aligning with Europe’s goals for a greener, more circular economy and setting new standards for eco-friendly laser innovation.