Team 4 : Polymer materials for Electronic, Energy, Information and Communication Technologies

Polymer materials for Electronic, Energy, Information and Communication Technologies logo

Organic semiconductors constitute a new class of functional materials and represent an alternative to conventional silicon-based technologies. Due to their soft nature and ease of processability, organic semiconductors are well suited for applications for large area and/or flexible devices, as well as for compatibility with paper and plastics. Thanks to these unique properties, organic electronics has the potential to give birth to disruptive innovations, providing solutions to some of the current challenges in energy, environment, information and communication.

In 2007, the Aquitaine Region envisioned to become a major player in this emerging field by putting forth a cluster devoted to organic electronics. The University of Bordeaux (UB)/Institute National Polytechnic (INP) supported this decision by committing themselves to be the scientific hosts of this new group in order to construct an “Organic Electronics Valley” in Aquitaine. In this context, in 2009, the above partners together with ARKEMA Corporation established a five year-term Chair of Excellence, with holder Prof. Georges Hadziioannou, aiming to reinforce the existing expertise and competences in the field of organic electronics and to establish a viable link with the local industrial sector. Hence, a dynamic team was created working on science and innovation in the field of large-area, flexible and printed organic electronics.

 

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Latest publications

  • Bio-based poly(hydroxy urethane)s for efficient organic high-power energy storage figure

    Bio-based poly(hydroxy urethane)s for efficient organic high-power energy storage Journal article

    Le Goupil Florian, Salvado Victor, Rothan Valère, Vidil Thomas, Fleury Guillaume, Cramail Henri, Grau Etienne

    Journal title: Journal of the American Chemical Society, Volume(s): 145, Issue(s): 8, Page(s): 4583-4588 https://hal.science/hal-04060153/document 10.1021/jacs.2c12090 (2023)

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  • Chitosan-modified polyethyleneimine nanoparticles for enhancing the carboxylation reaction and plants' CO2 uptake figure

    Chitosan-modified polyethyleneimine nanoparticles for enhancing the carboxylation reaction and plants' CO2 uptake Journal article

    Routier Cyril, Vallan Lorenzo, Daguerre Yohann, Juvany Marta, Istif Emin, Mantione Daniele, Brochon Cyril, Hadziioannou Georges, Strand Åsa, Näsholm Torgny, Cloutet Eric, Pavlopoulou Eleni, Stavrinidou Eleni

    Journal title: ACS Nano, Volume(s): 17, Issue(s): 4 https://hal.science/hal-04001593/document 10.1021/acsnano.2c09255 (2023)

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  • Self-organization and dewetting kinetics in sub-10 nm diblock copolymer line/space lithography figure

    Self-organization and dewetting kinetics in sub-10 nm diblock copolymer line/space lithography Journal article

    Chevalier Xavier, Pound-Lana Gwenaelle, Gomes Correia Cindy, Cavalaglio Sébastien, Cabannes-Boué Benjamin, Restagno Frédéric, Miquelard-Garnier Guillaume, Roland Sébastien, Navarro Christophe, Fleury Guillaume, Zelsmann Marc

    Journal title: Nanotechnology, Volume(s): 34, Issue(s): 17, Page(s): 175602 10.1088/1361-6528/acb49f (2023)

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