SUPERLASER Presents New Progress Towards Superradiant Perovskite Lasers
The SUPERLASER project was prominently represented at the Hybrid and Perovskite Materials for Energy, Lighting, Sensing and Computing Conference (HYPE26). Held from 22–24 June 2026 in Athens, Greece, the conference brought together leading researchers and innovators working on advanced materials and devices for next generation optoelectronic, energy, and intelligent technologies and provided an excellent platform to exchange the latest scientific advances in halide perovskites and hybrid material platforms.
SUPERLASER coordinator and researcher at NCSR Demokritos Dr Maria Vasilopoulou, co-organised the conference and chaired several scientific sessions, highlighting the project's active role within the international perovskite research community.
SUPERLASER research was featured through two presentations:
Maria Vasilopoulou (NCSR Demokritos): Evidence of superradiance in continuous perovskite superlattices, presenting recent advances towards understanding and exploiting superradiant phenomena in perovskite materials. The research demonstrates a novel method for engineering perovskite crystals with precisely controlled internal architectures that enable superradiant light emission. This represents an important step towards developing highly efficient, ultra-coherent light sources for future laser and quantum photonic applications.
Iris Angelopoulou-Daskalopoulou: Towards Superradiant Halide Perovskite Emitters Through Additive-Controlled Single-Crystal Growth, showcasing progress in developing high-quality perovskite emitters through advanced crystal growth strategies. The research demonstrates a new approach to growing highly ordered perovskite crystals by carefully controlling the crystallisation process. These improved materials could help enable superradiant light emission, supporting the development of more efficient lasers and future quantum photonic technologies.
The participation at HYPE26 reinforced SUPERLASER's commitment to advancing sustainable, high-performance perovskite laser technologies while fostering collaboration with the wider scientific community.
