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Bio
Christophe Vieu, born in 1963, was graduated in physics in 1985 and obtained his phD in 1987 in Toulouse. During his doctoral research he described amorphization of silicon subjected to ion implantation and developed a dedicated theoretical framework and software for simulating ion induced damage processes. The core of this software is still employed today by the semiconductor industry. In 1988, he joined the first academic laboratory in France and Europe dedicated to nanofabrication in Bagneux: L2M-CNRS and became a permanent researcher of CNRS organization. He started his “nano-activity” in the field of semiconductor quantum wires and dots and showed 1D and 0D quantum confinement effects in laterally confined quantum wells defined by spatially localized ion implantation. At L2M, he developed ultra high resolution electron beam lithography and in 1993 he obtained high spatial resolution with this technique (3 nm) using a modified Transmission Electron Microscope. In 1997, he applied this nanofabrication method for fabricating a metallic single electron transistor working at room temperature. In 1999, he decided to orientate his activity in Nanotechnologies towards biological applications and moved from Paris to Toulouse campus. He joined LAAS-CNRS laboratory and became professor of physics at the university of Toulouse. In 2002 he funded a new group at LAAS-CNRS focusing on Nanobiotechnologies. In 2003, he developed nanoelectrode devices capable to detect single nanoparticles and specific biomolecular interactions at very high sensitivity. In 2005, he started the activity on soft-lithography and self-assembly and initiated several national and European projects aiming at demonstrating their use for medical diagnosis, directed self-assembly of molecules and nanoparticles and more recently for tissue engineering. He also participated actively to the emergence of a new interdisciplinary institute (ITAV : Advanced Technologies for Life Sciences) and more generally to the project of the Oncopole of Toulouse. In 2009, he introduced the concept of two main streams in the Nanobio area: i) nanotechnologies for biology (giving access to the applied domain of nanomedicine) and ii) nanotechnologies from biology (project aiming at assembling bionanomachines on artificial devices). During the last decade he took an active part in the dialog with citizens around nanotechnologies and claimed for launching educative programs at school on Nanotechnologies. He currently coordinates a national project (Nano@school) developing an educational program for 12-18 years old pupils where interdisciplinary nanotechnologies is brought at school together with a citizenship education about the associated socio-scientific issues.
Research Interests
Papers共 270 篇Author StatisticsCo-AuthorSimilar Experts
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BIOSENSORS-BASELno. 12 (2023)
Mélanie Escudero,Laurence Vaysse,Gozde Eke,Marion Peyrou,Francesc Villarroya, Sophie Bonnel,Yannick Jeanson,Louisa Boyer,Christophe Vieu, Benoit Chaput,Xi Yao,Frédéric Deschaseaux,
Victor Fabre,Franck Carcenac,Adrian Laborde,Jean-Baptiste Doucet,Christophe Vieu, Philippe Louarn,Emmanuelle Trevisiol
Reasmey Phary Tan, Cherif Rouabhi,Christophe Capello, Julien Schauber,Jeremie Grisolia,Alain Claverie,Sebastien Lachaize,Christophe Vieu,Patrice Simon,Pierre-Louis Taberna,Francois Guerin, Jean-Baptiste Lincelles,
physica status solidi (a)no. 20 (2019)
Alejandro K. Jiménez‐Zenteno,Aurore Estève, Hélène Cayron, Elise Bou,David Bourrier,Sylvain Sanson, Denis Calise, Charline Blatché,Christophe Vieu, Bernard Malavaud,Aline Cerf
MEDICAL DEVICES & SENSORSno. 5-6 (2019)
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