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Nanotechnology and Microfluidic Devices > Dvelopement de micro- et nanoswimmers
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  • Overview : NOMAD(Project Micro/nanoswimmers)
    Tcontrol
    Fig. 1. Overview of research activities on the development of micro/nanoswimmers.

    Recently we started to work on the micro/nanorobotic swimmers which can serve as alternative microfluidics tools toward biologic and biomedical applications (Fig. 1). The aim of this project is to propose the most efficient and controlled microswimmers with radio controlled therapy function like drug delivery. The swimming performance and colloidal cargo transport function of microswimmers will be evaluated inside smart microfluidic control platform. A final experiment of delivering and mixing colloids by microswimmers inside microfluidic environment will simulate their future in vivo and lab-on-a-chip applications. The development of the swimmers involve three sub-projects depending: 1. microrobotic swimmers, 2. nanorobotic swimmers and 3. nanomanipulation.

  • Research


    Ongoing sub-projects are focused on:

    Microswimmer Nanoswimmer Nanomanipulation
    Microswimmer
    Nanoswimmer
    Nanomanipulation

    These projects are finacially supported by the French National Research Agency funding (ANR Young Researcher Programme NOMAD and ANR P2N NANOROBUST)

    (Contact: Dr. Gilgueng Hwang, gilgueng.hwang@lpn.cnrs.fr)

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  • Mobile Microrobotics Challenge (2013) (2014)

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    Contacts

     Hwang Gilgueng  (+33) 1 69 63 61 35  
     Couraud Laurent  (+33) 1 69 63 60 82  
     Cavanna Antonella  (+33) 1 69 63 60 61  
     Decanini Dominique  (+33) 1 69 63 61 20  

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    Publications dans des journaux
    • Swimming Property Characterizations of Magnetic Polarizable microrobots , H. Salmon, L. Couraud, G. Hwang, , 5520 (2013)
    • Note: Helical nanobelt force sensors , G. Hwang, H. Hashimoto, Rev. Sci. Instr. 83, 126102 (2012)
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