On May 16th, Deep Tech Atelier 2025 conference brought together the leading minds in science and innovation, with a strong focus on cutting-edge developments in quantum technologies. As part of the Quantum section, Arturs Bundulis from the Institute of Solid State Physics (ISSP) delivered a compelling presentation on Quantum Light Source Development at ISSP.
The talk showcased ongoing research within the ToEQPL project, highlighting advancements in the development of single and entangled photon sources. The work is carried out in collaboration with Riga Technical University, the University of Technology of Troyes, and the University of Trento. What set this presentation apart was its focus on organic materials for quantum applications—an innovative approach presented alongside more traditional discussions on inorganic materials and quantum communication infrastructure.
Bundulis highlighted recent progress in single-photon source development, including novel molecular design strategies and the establishment of advanced characterization capabilities. Additionally, he discussed the integration of entangled photon sources into photonic chips, a critical step toward scalable, on-chip quantum systems.
These findings contribute to the broader vision of the Quantum section, demonstrating how organic materials can serve as a scalable and complementary solution for the heterogeneous integration of quantum light sources into existing photonic platforms—while also advancing the core objectives of the ToEQPL project.
