Jean Pascal Caumes
Ingénieur de recherche et de développement, ALPhANOV
De la recherche fondamentale à l'application de technologie à fort potentielle, mon parcours professionnel a pris la direction de l'innovation industrielle et de l'entrepreneuriat high-tech.
Avec une solide formation universitaire en physique de la matière et en optique nonlinéaire, je me suis définitivement installé dans la thématique optique et laser au travers d'expériences professionnelles internationales allant du domaine fondamental jusqu'au développement de serveurs lasers au plus près des applications.
Sur cette base, ALPhANOV, où je suis en poste actuellement offre un large panel de possibilité pour une exploitation efficace de ces compétences dans l'innovation industrielle.
13 contactsALPhANOV is the optical and laser technological centers, precisely the industrial arm of the competitiveness cluster "la route des laser". It first mission is to develop the optical and laser human and technological ressources, mainly in the Aquitaine region.
My main mission deal with the development of a high potential promising technology - the TeraHertz technology. Towards applications market, we aim to initiate a dynamic between the laboratories and the industrials on this new topic. Optical conception, new detectors design, innovative sources development, commercial prospection provide my dayly activities.
2005 - 2007The IRAMIS (ex-DRECAM) Department of the CEA-Saclay is one of the most important european centre in the generation and the utilisation of attosecond XUV pulses Following my experience in the Milan Politecnics, I used my skills in this domain in order to develop a powerful laboratory XUV laser server at 32nm in order to initiate X-ray time-resolved diffraction of nanometer objects like molecules.
2003 - 2005The politecnic of Milan is a leading place for the generation of ultrashort femtosecond and sub-femtosecond laser sources. Dedicated to electronic nonlinear interaction, to XUV attosecond pulses generation or whitelight generation.
During two succesive european projects, development of laser technology (CEP control, monocycle pulse compression, high-order harmonic generation) has brought a tough step towards highly nonlinear fundamentals physics applied to XUV lithography or time-resolved molecule imaging