Xavier Crispin

Papers

Total Citations

193

H-Index

About

Xavier Crispin is a pioneering figure in organic electronics and materials science, renowned for his work on mixed ionic-electronic conductors and their application in flexible sensors and energy devices. His research spans the design of novel polymer and cellulose-based materials for multifunctional sensing, thermoelectrics, and bioelectronics. A standout contribution is his development of a multiparameter pressure–temperature–humidity sensor based on mixed ionic–electronic cellulose aerogels (2019, 193 citations), which integrates three sensing modalities into a single, biocompatible platform—a breakthrough for e-skins, soft robotics, and IoT wearables. Crispin’s work has garnered thousands of citations, reflecting its profound impact on sustainable, high-performance electronics. He has also advanced the understanding of ion transport in organic semiconductors, enabling new classes of thermoelectric generators and electrochemical transistors. As a professor at Linköping University, his achievements include pioneering the use of natural polymers for green electronics and contributing to the fundamental physics of ionic-electronic coupling. Crispin’s research continues to inspire innovations in smart textiles and environmental monitoring, making him a leading voice in the quest for eco-friendly, intelligent materials.