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Control of the mechanical collapse of carbon nanotubes: physical properties and industrial challlenges – TRI-CO
TRI-CO focuses on the study of the pressure-induced mechanical collapse of carbon nanotubes (CCNT) and the physicial properties of collapsed nanotubes. In parallel TRI-CO explores the potential of the
Heteroepitaxial bonding for hybrid integration of nanostructured optical devices – COHEDIO
The objective of this project is to open a new avenue for the design and fabrication of hybrid integrated photonic devices by harnessing the unique excellent quality of interfaces obtained by such het
Cellular Estimation of Immunity – Cellestim
We propose a low-cost and low-technology approach to investigate individual cell responses. This new generation of biosensor (and biochip) is likely to pave the way toward biological data sets that ha
Detection, Adaptation and Integration of auditory information: Applications for cochlear implants – DAIMA
Cochlear implants (CIs) are the only way to restore hearing to profoundly deaf people. CIs directly stimulate the auditory nerve with electrical pulses via electrodes surgically implanted inside the cochlea. The DAIMA project aims to better understand the functioning of the peripheral auditory system in order to optimize stimulation parameters in CIs.
Enhanced Raman scattering for aquatic media: a new technology for on-site analysis – REMANTAS
The latest European regulations (Directives 2000/60/EC, 2006/118/EC and 2006/11/EC) on water quality aim to achieve good ecological and chemical status for water bodies by 2015. To ensure water surveillance (fresh, surface, ground, coastal and transitional waters), a measurement network has been set up to conduct sustainable monitoring of aquatic environments, in particular to assess the impacts of human activities generating industrial and agricultural pollutant emissions.
In-line Multiplexed Biosensing – COMBITOX
In line multiplex
Mid InfraRed Integrated photo-Acoustic spectrometer Device for Environment survey – MIRIADE
Gas sensor technology based on optical detection has already grown to be indispensable for various aspects in our modern society (chemical emission monitoring, process control, high sensitivity trace
How self-relevance appraisal affects the reading of emotion: a multi-disciplinary approach. – SELFREADEMO
This project aims at determining what are the main factors and mechanisms influencing the reading emotions of others; a basic process for social adaptation. In particular, we defend the view that evaluation of self-relevance is critical for taking into account human flexibility in the reading of emotional expressions.
Study of the relationships between cognition, motivation, and personality, for emotional adaptation and regulation, using empathic virtual simulation – COMPARSE
The present project aims to investigate the links between emotions, cognition and behaviour in terms of performance facilitation, protection, and vulnerability as a function of empathetic emotional co
Surprise in the spontaneity of emotions: a vector for enlarged cognition – Emphiline
This interdisciplinary fundamental research project involves three main scientific fields of research: philosophy/phenomenology, neurosciences/cardiovascular-physiology/psychiatry and linguistics/psyc