Papers
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Total Citations
62
H-Index
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About
Laurent Tournon is a leading figure in the development of printed organic electronics, with a particular focus on integrating sensors and thin-film transistors into flexible, large-area systems. His most cited work, a 2022 study on a printed proximity-sensing surface, demonstrates his expertise in combining organic pyroelectric sensors with organic thin-film transistor electronics—a breakthrough that enables touchless, low-cost interaction for smart surfaces and wearable devices. With over 60 citations for this single paper, Tournon’s research has significantly advanced the practical deployment of organic electronics in real-world sensing applications. His contributions are notable for bridging materials science and device engineering, creating scalable manufacturing pathways for flexible electronics that can be printed on plastic or paper substrates. Beyond this landmark study, Tournon’s work has influenced the design of energy-autonomous sensors and human-machine interfaces, positioning him as a key innovator in the field. For students and researchers, his research offers a compelling model of how organic electronics can move from lab prototypes to functional, deployable systems with measurable impact.
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