Team
Pr. Dr. Alexis Fischer is the coordinator of the HiSOPE project. He is professor at the Université Sorbonne Paris Nord (USPN) where he founded the clean room facilities. He is an expert in dynamics of Organic Light emiting diode and organic lasers. He is the interface to the european Comission and represents HiSOPE in the portfolio on Responsible Electronics
Dr. Amani Ouirimi is the European Project Manager of the HiSOPE Project. She obained a Ph.D from Université Sorbonne Paris Nord for her work on Modelling, design, fabrication and characterization of organic light-emitting diodes with distributed feedback microcavity in ultra-short electrical pulse regime.
Dr. Mahmoud Chakaroun is assistant-professor at the Université Sorbonne Paris Nord where he is the deputy director of the clean room. He is an expert in Organic Light emiting diode and organic lasers and organic semiconductor characterisations. He is the HiSOPE project representative in working group 4 on portfolio communication.
Younes Bouzid, is a Ph.D student at the Université Sorbonne Paris Nord ? He is studying on OLED stack optimisation to enhance OLED bandwidth.
Pr Dr Peter Bobbert is Full Professor in the group Molecular Materials and Nanosystems in the Department of Applied Physics at Eindhoven University of Technology. He is a theoretical physicist and computational scientist active in the area of organic electronics. He focuses on the theory and simulation of charge transport and optoelectronic processes in organic semiconductors, with applications in organic light-emitting diodes (OLEDs) and organic photodiodes (OPDs).
Reinder Coehoorn is Full Professor in the group Molecular Materials and Nanosystems in the Department of Applied Physics at Eindhoven University of Technology. He is by origin an experimental physicist, with decades of experience working at Philips Research. His present focus is on photophysical experiments and simulations of OLEDs, clarifying optoelectronic processes at the molecular scale.
Pr Dr Daan Lenstra is a visiting Emeritus Professor in the group Molecular Materials and Nanosystems in the Department of Applied Physics at Eindhoven University of Technology. He is a theoretical physicist and an expert in nonlinear dynamics in optical systems, especially semiconductor lasers. He is currently working on the modeling of fast switching OLEDs and organic lasers, finding out their ultimate limits.
Pugazharasu Anancia Devaneyan is a PhD candidate in the group Molecular Materials and Nanosystems at Eindhoven University of Technology. His research in the HiSOPE project focuses on understanding and modeling organic electronic materials and ultrafast optoelectronic devices studied in the project using analytical and numerical techniques. These techniques range from Quantum Chemical calculations to kinetic Monte Carlo simulations.
Ifor Samuel is Professor of Physics and Director of the Organic Semiconductor Centre at the University of St Andrews. He is an expert in the photophysics of organic semiconductors, OLEDs and their application to optical wireless communications and organic lasers, and leads work package 2 on High Speed OLEDs and Organic Lasers.
Graham Turnbull is Professor of Physics at the University of St Andrews and Deputy Head of the School of Physics and Astronomy. He is an expert in organic lasers and the application of organic semiconductor devices to optical wireless communications. Graham co-leads work package 2 on High Speed OLEDs and Organic Lasers, and the Responsible Electronics Portfolio Working Group on Technical Synergies.
Prof. Juozas Vidas Gražulevičius is the leader of the Chemistry of Materials research group at the Department of Polymer Chemistry and Technology, KTU. His research focuses on the design, synthesis, characterization and application of organic electroactive materials. Under his leadership, the research group has developed strong expertise in the molecular engineering and advanced physical characterization of electroactive organic materials.
Dr. Viktorija Andrulevičienė is a member of the Chemistry of Materials group at the Department of Polymer Chemistry and Technology, KTU. She is a chemist actively involved in the development, synthesis and investigation of new organic electroactive materials for light emitting diodes (OLEDs), organic photodiodes (OPDs) and organic lasers.
Dr. Asta Dabulienė is a member of the Chemistry of Materials group at the Department of Polymer Chemistry and Technology, KTU. Her interest includes synthesis and studies of organic electroactive materials for optoelectronic and electronic devices, such as OLEDs, solar cells, organic thin film transistors (OFETs).
Dr. Dmytro Volyniuk is a member of the Chemistry of Materials group at the Department of Polymer Chemistry and Technology, KTU. He has expertise in materials science, processing, solid-state physics, and device engineering related to organic materials. His research focuses on the light-emitting and charge-
transporting properties of novel organic electroactive compounds for applications in OLEDs and OPDs.
Dr. Jūratė Simokaitienė is a member of the Chemistry of Materials group at the Department of Polymer Chemistry and Technology, KTU. Her research interests include the synthesis and identification of organic electroactive compounds and their application in organic optoelectronic devices such as OLEDs, perovskite solar cells, organic sensors, and organic lasers.
Dr. Rasa Keruckienė is a member of the Chemistry of Materials group at the Department of Polymer Chemistry and Technology, KTU. She is an expert in the field of design, synthesis, and characterization of organic electroactive compounds by experimental and theoretical methods, as well as their electrochemical and photophysical properties.
Dr. Oleksandr Bezvikonnyi is a member of the Chemistry of Materials group at the Department of Polymer Chemistry and Technology, KTU. He is a physicist with extensive experience in the fields of optoelectronic devices and materials engineering. He holds expertise in the photophysical and optoelectronic characterizations of organic electroactive compounds.
Dr. Matas Gužauskas is a member of the Chemistry of Materials group at the Department of Polymer Chemistry and Technology, KTU. He is an expert in organic materials for advanced OLEDs. He conducts research on the light-emitting properties of new organic electroactive compounds and the optimization of OLED structures, aiming to improve the characteristics of next-generation devices.
Dr. Jonas Keruckas is a member of the Chemistry of Materials group at the Department of Polymer Chemistry and Technology, KTU. His field of interest is the design, synthesis, and characterization of organic compounds intended for optoelectronic applications.
Dr. Benoît RACINE is a permanent research scientist and project manager at the Optic and Photonics Division of CEA-Leti. He is in charge of light source development based on OLED for Display, Lighting and Data Communication applications. Recently he has focalized his research on the development of high speed OLED and OPD to address specifically data communication application.
Luc Maret is a permanent research scientist and project manager at the Wireless & Telecom Department of CEA-Leti, in the Signal, Protocol and Radio Platform Laboratory. His research interests include physical-layer designs, digital signal processing and algorithms for wireless systems in RF domain mainly in millimeter wave and optical communication. He’s conducting activities in non-coherent optical wireless and guided communications using micro-LED for ultra-fast and highly energy-efficient transmissions.
Dr. Stephanie Jacob is a senior research scientist and project manager at the Optic and Photonics Division of CEA-Leti. Her areas of expertise are electrical characterisation and TCAD simulation of semiconductor devices. She is the HiSOPE project manager at CEA.
Enzo Barzan is a PhD student in the Signal, Protocol and Radio Platform Laboratory if CEA-Leti. His thesis revolves around signal processing, machine learning and algorithmics and focuses on enhancing optical communication using digital processing algorithms such as Digital Pre Distortion (DPD).
