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Wednesday 18 - Thursday 19 February 2026
Keynotes
Prof Stephen Forrest, University of Michigan
Deep blue phosphorescent OLEDs: can organics live long enough at high energies to be useful?
Session 2 - Manfacturing
2.2 - Maciej Patelka, XTPL
Ultra-precise dispensing: A direct-write solution for advanced semiconductor interconnects
2.3 - Dr Francesco Deboli, IEE
Hybrid printed electronics on flexible substrates: SMD component assembly and performance benchmarking
2.5 - Dr Lulu Sun, RIKEN
Interfacial engineering in large-area and flexible organic photovoltaics
Session 3 - Bioelectronics I
3.1 - Prof Róisín Owens, University of Cambridge (Invited)
Conducting polymer devices to study the gut-brain axis
3.2 - Aliana Vairinhos, Instituto de Telecomunicacoes
Reduced graphene oxide electrodes for low frequency bioelectrical recording of astrocyte populations
3.5 - Josée Mallah, University of Cambridge
Real-time prediction of lower limb joint kinematics, kinetics, and ground reaction force using wearable sensors and machine learning
Session 5 - OLED / QD / Other Devices
5.1 - Prof Eli Zysman-Colman, University of St Andrews (Invited)
Design of thermally activated delayed fluorescence materials for high-performance solution-processed organic light-emitting diodes and light-emitting electrochemical cells
5.2 - Prof Andrew Monkman, Durham University (Invited)
Design rules for ultra-efficient hyperfluorescence OLED displays
5.3 - Oscar Alonso Casanovas, Universitat de Barcelona
Flexible ultra-low power LDO in IGZO TFT technology for energy-autonomous IoT systems
5.4 - Dr Giorgio Bonacchini, Universita degli Studi di Padova
Direct-written microwave and terahertz optics based on organic semiconductors
Session 6 - Bioelectronics II
6.1 - Prof Guglielmo Lanzani, Italian Institute of Technology (Invited)
The biogenesis of self-assembled nanofibers
6.2 - Dr Amparo Güemes, University of Cambridge
PEDOT:PSS conducting eutectogel films for peripheral nerve bioelectronics
6.3 - Dr Claudia Delgado Simão - GraphenicaLab
Next generation serology: Immune profiling via graphene-enhancedDNA scaffold printed sensors
6.4 - Enzo Rolando - LP3 Laboratory
Development of an on-demand laser process for manufacturing biosensors: application to electrophysiology
6.5 - Katarzyna Koziol, University of Glasgow
3D printed multi-sensing wearable mesh for healthcare monitoring applications
Session 8 - Novel Devices & Systems
8.1 - Dr Andrew Ferguson, Pragmatic Semiconductor (Invited)
State-of-the-art modelling for flexible integrated circuits
8.2 - Mario Prosa, National Research Council (CNR) of Italy
Multifunctional organic transistors with light-emitting, light-sensing, and synaptic characteristics enabled by organic persistent radicals
8.3 - Charlotte Hackett, University of Southampton
Investigating the coupling between geometry and thermal gradient of flexible thermoelectric generators
8.4 - Dr Giorgio Mattana, Université Paris Cité
All-printed, organic thermoelectric generators on flexible substrates
8.5 - Omkar Shinkre, Indian Institute of Science
Scaling without shrinking: gate patterning for high performance TFT's in large area electronics
Session 9 - Applications of LAE
9.2 - Dr Suman Mandal, University of Manchester
Low power ultrafast highly responsive organic hydrogen sensor
9.3 - Adrian Agreda, ELORPrintTec
Fully printed electrocaloric heat pump
9.4 - Juan Luis Soler-Fernández, Universitat de Barcelona
Ultra-low-power NMOS-only operational amplifier for flexible signal processing in IGZO TFT technology
9.5 - Harold Francisco Mazo-Mantilla, University of Manchester
Large-area nanogap electronics for 5G and 6G applications
Session 11 - High Performance Materials
11.1 - Prof Gitti Frey, Technion - Israel Institute of Technology (Invited)
A blend strategy for multifunctional organic transistors
Session 12 - Sustainability & Energy Efficiency
12.1 - Prof Dr-Ing Almudena Rivadeneyra, University of Grenada (Invited)
Electronic Systems Developed Through Emerging Materials and Non-Conventional Fabrication Techniques
12.2 - Dr Oliver Werzer, Joanneum Research
Triggered lamination and delamination of alterantive multilayer PCBs
12.5 - Andrew Berston, Centre for Process Innovation (CPI)
Carbon-based circuits for a circular economy
*Any presentations missing from the above list have not been shared by request of the author.
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