| EUROSENSORS 2026 |
4.3.1 - Bio-sourced Polyester as Substrate for Sustainable Wireless Smart Tags Made by Printing |
J. Bourely, D. Briand - Epfl,Neuchâtel (Switzerland), M. A. Hedou, L. P. Manker, J. S. Luterbacher - Epfl,Lausanne (Switzerland), R. Marti - HEIA-FR Chemtech,Fribourg (Switzerland) |
| EUROSENSORS 2026 |
4.3.2 - A Torque Sensor using 3D Printed Conductive TPU |
T. Stein, M. Schärer, M. Meboldt - ETH Zurich,Zurich (Switzerland) |
| EUROSENSORS 2026 |
4.3.3 - Soft and Stretchable Carbon Flower Sensors Detect Hormones and Neurotransmitters at High Sensitivity |
I. C. Weber - Chalmers University of Technology,Göteborg (Sweden), D. U. Patino, K. -J. Hsu, Z. Bao - Stanford University,Stanford (USA) |
| EUROSENSORS 2026 |
4.3.4 - Electrokinetic Self-Cleaning of Mixed-Phase Contaminants on Optical Sensors in Physical AI |
D. J. Lee, T. H. Jang, Y. Kim, S. K. Chung - Myongji University,Yongin (South Korea), J. Lee - Microsystems Inc.,Yongin (South Korea) |
| EUROSENSORS 2026 |
5.2.1 - Bioelectronic Sensors for Understanding Plant Stress Responses |
E. Stavrinidou - Linköping University,Norrköping (Sweden) |
| EUROSENSORS 2026 |
5.2.2 - Measurement Method for Determining Solvent Exchange in Aerogels During Realization and Functionalization |
J. kleine Piening, K. Tembekar, T. M. de Rijk, S. van den Driesche, M. J. Vellekoop - Universität Bremen,Bremen (Germany) |
| EUROSENSORS 2026 |
5.2.3 - Biosensing and Healthcare Applications via Emerging Nanomaterials |
K. Yadav, R. Sankar - Academia Sinica,Taipei (Taiwan), K. Yadav - National Taiwan University,Taipei (Taiwan) and Indian Institute of Science,Bangalore (India) |
| EUROSENSORS 2026 |
5.2.4 - All-Dry Dual-Stencil Lithography for IGZO Thin-Film Transducers |
C. Zhang, G. Boero, J. Brugger - École Polytechnique Fédérale de Lausanne (EPFL),Lausanne (Switzerland) |
| EUROSENSORS 2026 |
5.2.5 - Ensemble Nuclearity Optimum in Chemoresistive Hydrogen Sensing |
H. Shin, A. Güntner - ETH Zürich,Zürich (Switzerland) |