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Prix de la Fondation Dimitris N. Chorafas / « Fondation Dimitris N ...

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EIDGENÖSSISCHE TECHNISCHE HOCHSCHULE LAUSANNE<br />

POLITECNICO FEDERALE DI LOSANNA<br />

SWISS FEDERAL INSTITUTE OF TECHNOLOGY LAUSANNE<br />

COMMISSION DE RECHERCHE<br />

<strong>Prix</strong> <strong>de</strong> <strong>la</strong> <strong>Fondation</strong> <strong>Dimitris</strong> N. <strong>Chorafas</strong> / « <strong>Fondation</strong> <strong>Dimitris</strong> N. <strong>Chorafas</strong> » award<br />

2008 Nuth Mathieu STI Prof. Lyesse<br />

Laloui<br />

2007 Schickel-Zuber<br />

Vincent<br />

I&C<br />

Prof. Boi<br />

Faltings<br />

2007 Pott Vincent STI Prof. A.<br />

Ionescu<br />

2006 Rinaldi Tania SV Prof. H.<br />

Markram<br />

protein studies. mass spectrometry based protein studies. "<br />

Constitutive mo<strong>de</strong>lling of Dr. Nuth has <strong>de</strong>veloped an innovative theory to<br />

unsaturated soils with hydrogeomechanical<br />

couplings. sustainability-oriented <strong>de</strong>sign of geo-structures,<br />

<strong>de</strong>scribe the mechanical behavior of soils and to allow a<br />

accounting for future climatic scenarios, and<br />

contributing to natural risk management.<br />

Ontology filtering.<br />

The thesis is exemp<strong>la</strong>ry in that it covers the entire<br />

spectrum from theoretical insights on the<br />

recommendation problem, <strong>de</strong>velopment of the ontology<br />

filtering method based on these insights, and its<br />

<strong>de</strong>velopment into a practical technology.<br />

Gate-all-around silicon<br />

nanowires for hybrid single<br />

electron transistoir/cmos<br />

applications.<br />

Altered neocortical microcircuitry<br />

in the valproic acid rat mo<strong>de</strong>l of<br />

autism.<br />

For his contributions to top-down silicon nanowire<br />

technology and the experimental investigation of single<br />

electron transistor effects in one dimensional silicon<br />

nanostructures.<br />

For her major contribution to our un<strong>de</strong>rstanding of the<br />

molecu<strong>la</strong>r, cellu<strong>la</strong>r and synaptic alterations in Autism.<br />

2006 Boucher Julien SB Prof. I.<br />

Marison<br />

2005 Patric Hagmann STI Profs. J.-Ph.<br />

Thiran and R.<br />

Meuli<br />

2005 Erika<br />

Nehnevajova<br />

ENAC<br />

Prof. J.-P.<br />

Schwitzguebe<br />

l<br />

Oleaginous p<strong>la</strong>nt seeds and<br />

seed by-products for water<br />

treatment.<br />

From Diffusion MRI to Brain<br />

Connectomics<br />

Non-GMO Approach for the<br />

Improvement of heavy metal<br />

accumu<strong>la</strong>tion and extraction of<br />

For an internationally acc<strong>la</strong>imed study on water<br />

treatment with important implications for sustainable<br />

<strong>de</strong>velopment and potable water resources.<br />

In his thesis, Dr Patric Hagmann pioneered the field of brain<br />

connectivity analysis by Diffusion MRI. His scientific contributions<br />

range from fundamental Diffusion MR Physics to algorithmic<br />

<strong>de</strong>velopments in tractography, and to the study of the global brain<br />

connectivity by network and graph theories.<br />

The PhD thesis of Mrs Erika Nehnevajova reports on an original,<br />

innovative and important research, <strong>de</strong>veloped simultaneously in the<br />

field and at <strong>la</strong>boratory scale, to remediate soils contaminated by<br />

metals, by the use of appropriate and efficient green p<strong>la</strong>nts.<br />

CVDV/Monday, July 18, 2011 page 2

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