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The LISP-Lab Platform for Future Internet Services – LISP-Lab
The ever-increasing growth of the Internet, accelerated by the massive deployment of mobile data services, raises scalability and performance issues that need to be addressed for the sake of a more robust Internet infrastructure. These issues are mostly due to the use of a single IP numbering space
Highly efficient biofunctionalized nanofluidic system for real-time biomarker sensing with molecular enrichment and spatiotemporally resolved kinetics – DEPSLIT
The proposed research project aims at developing novel biosensing platforms based on molecular confinement and electrokinetic effects within nanofluidic channels for real-time, ultrasensitive, spatially resolved and potentially multiplexed detection of biological markers. The detailed objectives of
Mastering Electrons in LOw Dimensional Innovative Carbides (MELODIC) – MELODIC
Our goal is to develop appropriate technological processes to isolate large area single MXene flakes with tunable surface functionalizations and to characterize their properties – mostly electronic – . The end goal is to obtain a quantitative and qualitative overview of the intrinsic properties of f
Microscale spatiotemporal investigation of multi-species electroactive biofilms using optical microfluidic platform – MICROBE
The MICROBE research project is a fundamental scientific project in which we plan to clarify at the microscopic level a whole host of grey areas concerning the fundamental processes and mechanisms responsible for the formation and evolution of electroactive biofilms on the surface of electrodes. Key
High field Enhancement of nucLear Polarisation In Noble Gases – HELPING
Hyperpolarisation of noble gases is generally performed at low magnetic field (a few milliteslas) and protocols for high-field use in science or applications include several sensitive stages to preserve nuclear polarisation. In practice temporary gas storage, transportation, sample handling or shutt
In vivo and in silico production of mutants affecting photosynthetic pathways: experimental development and modeling of metabolic pathways that influence photosynthetic yields downstream of photosynthetic electron transfer in green algae. – ChloroPaths
Photosynthetic cells exposed to excess light use metabolic pathways to dissipate reducing power towards oxidative reactions. These pathways influence the energetics of the cell and either reduce photosynthetic performance because energy is no longer used for CO2 fixation or increase energy conservat
Fraud and Economic Lies: Information and Strategies – FELIS
Most recent progress has been made in the economic literature on dishonesty in three directions: the understanding of the importance of moral norms in individual decision-making, the conflicting role of opportunities provided by asymmetries of information and social preferences, and the crucial effe
Experimental and Theoretical Spectroscopy of Functionalized Graphene – ETSFG
Graphene, a single layer of graphite, is a material that is currently receiving a lot of attention. The linear crossing of the valence and conduction bands at the Fermi level makes it a material that is conceptually interesting ("Dirac electron behaviour") and that is promising for construction of e
Combining Analyses for the Study of Numerical Invariants – CAFEIN
The development of critical embedded systems enables today the use of formal methods in order to guaranty the good behavior of the final system. These formal methods are nevertheless mainly used locally in an isolated fashion and are not the principal mean of V&V. CAFEIN's project identified issu
Observation and modelling of giant planet's atmospheres – OMAGE
Our goal is to build a General Circulation Model able to simulate the atmospheric circulation of gas giant planets (in particular Jupiter and Saturn). This work is motivated by the recent wealth of ground-based and space observations of various atmospheric phenomena (in particular using data from th
