A workshop dedicated to recent advances and future directions in #2Dmaterials and their heterostructures was organized by Prof. Xavier Marie on June 12–13, 2025, at LPCNO/INSA. The event featured speakers from leading institutions, including ETH Zurich, University of Basel, INSA/CNRS, IESL/FORTH, Ioffe Institute, University of Geneva, and TU Dresden, and was attended by international students active in the field.
IESL/FORTH was represented by Ioannis Paradisanos, who presented recent work on engineering light–matter interactions in 2D semiconductors, highlighting key challenges and open questions in the interpretation of emerging results.
🔬 During his visit to LPCNO, Ioannis Paradisanos conducted optical spectroscopy experiments to investigate light emission and Rydberg excitonic states in TMD alloys, targeting their integration in next-generation light-emitting devices, such as ultra-compact LEDs and nanolasers. The samples used in these studies were fabricated at IESL/FORTH and are designed to enable spectrally tunable and energy-efficient light sources at the nanoscale.
🧲 In parallel, a new research direction has been launched, focusing on the integration of magnetic 2D materials into hybrid heterostructures to enable spin injection and spin–valley control. This approach aims to support the development of quantum information technologies, including spintronic logic devices and quantum light sources. Sample fabrication is currently underway at the LPCNO/INSA facilities.
🔗 Learn more: https://lnkd.in/dNACjCme
#DYNASTYProject #2Dmaterials #Nanotechnology #QuantumTechnologies #Spectroscopy #TMDalloys #Spintronics #IESLFORTH #LPCNO #INSA #Research #MaterialsScience #HorizonEurope #EUfunded #EuropeanResearchExecutiveAgency
