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  • Gulliver travel to Amsterdam (UVA and AMOLF)

    As every two years, Gulliver travels and visits a lab of close collaborators. This year we went to the University of Amsterdam (UVA) and the AMOLF Research Institute. This was a unique opportunity for the 45-person Gulliver team to discover (...)


  • Fée Sorrentino joins the lab as our new CNRS administrator

    We welcome Fee, our new lab CNRS - administrator, who will take in charge all administrative tasks related to the CNRS. Fee joined Gulliver last year for a one year period to evaluate the job. We are so glad she enjoyed it and decided to enter (...)


  • Teresa Lopez-Leon has been awarded the CNRS bronze medal

    CNRS has announced the list of winners of the CNRS medals. Among the winners, this year is Teresa Lopez Leon, researcher in Gulliver. Teresa studies topological defects in liquid crystal shells with one goal in mind: control their formation to (...)


  • A new 3D printer at Gulliver

    Gulliver just acquired a Connex 3 Objet260 from Stratasys. The Objet260 Connex3 boasts the widest range of material properties for its class, from rigid to flexible, transparent to opaque, neutral to vibrant, standard to bio-compatible and (...)


  • Guillaume Durey, doubly rewarded !

    Guillaume Durey, PhD student at Gulliver laboratory, EC2M team, was awarded the Fondation Langlois prize for the dissemination of research, intended to support young researchers in communicating their research results. This award will be used (...)


  • Q&A: A World of Experiments Inside a Liquid Crystal

    Teresa Lopez-Leon describes how topological defects in liquid crystals could be used to create artificial atoms or to study math problems in the lab. As a child, it wasn’t uncommon for Teresa Lopez-Leon to hear her parents and uncles—chemists, (...)


  • A new team enters Gulliver : SPM

    The team lead by Yannick Rondelez works on molecular programming, directed evolution, and diagnostics. Molecular programming is the science of complex coding systems at the molecular scale, using the fact that information processing can be done (...)


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