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QUBIC - Bolometric Interferometry for the search of the Cosmic Microwave Background B polarization – QUBIC
The QUBIC project is a novel instrumental concept designed for the search for B-polarization in the Cosmic Microwave Background radiation (CMB). This radiation is expected from tensor perturbations of
Contribution of siRNA-directed DNA methylation to the control of innate immune response and to PAMP-induced transgenerational effects in Arabidopsis thaliana – SMIRTE(siRNAs-directed Methylation in in
Contribution of Small RNAs and Small RNA-directed epigenetic modifications to the control of the immune response and to transgenerational effects induced by bacterial infection in Arabidopsis Thaliana.
Identification and modeling of molecular networks involved in Nitrate sensing in Arabidopsis. – NitroNet
The NitroNet project aims to identify and model transcriptional GRN involved in nitrate signal transduction in Arabidopsis thaliana. Tfs are at the center of the investigations together with the genome-wide identification of promoter occupancy in response to nitrate. These data will be embodied in models built to predict/understand gene expression coordination in reponse to this essential ion: the nitrate.
Prenatal stress in sheep: Alteration of emotional reactivity and of cognitive functions and alleviative effect of positive emotions – Psy-sheep
The effects of gestational stress on maternal behavior of ewes and on the emotional reactivity, cognitive and neurobiological functions of the lambs, and the possibility to alleviate the deleterious effects of prenatal stress by the enrichment of rearing conditions after weaning.<br />
Nanoparticles in Aquaous Suspension for TunAble and Reconfigurable Optical Devices – NASTAROD
This project focuses on the study and development of Aqueous Colloidal Suspensions of anisotropic Nanoparticles (ACSN). These materials have unique electro-optical properties that have some similariti
Mastering the doping of semiconductor nanowires : the case of zinc oxide – MAD-FIZ
Doping thin films to control their electrical properties is a common process in Microelectronics (with materials such as silicium or III-V semiconductors). But in the case of nano-objects like semiconductor nanowires, these doping processes as well as the characterization methods will have to evolve.
Thermal management enabling 3D interposer – THERMA3D
The THERMA3D project aims to develop a new concept of interposer for thermal management of microelectronic devices in 3D architecture. Heterogeneous integration processes face the 'Wall of heat'.
High-throughput analysis of DNA conformational changes by Tethered Particle Motion on single molecule chip – TPM-on-a-chip
Single-molecule techniques have demonstrated their powerful capabilities to dissect various complex biological systems. In particular, the mechanisms of DNA machineries can be elucidated and DNA-prot
Multiplexed infrared diodes for absorption spectroscopy – MIDAS
This project aims to demonstrate high sensitivity gas sensing with gas discrimination capacity, using nanophotonic integrated laser diodes. It is based on an existing collaboration between LAAS-CNRS a
Ultra Violet Lamps based on the Electron-Pumping of III-nitrides nanostructures using Carbon Nanotube Cathodes – UVLamp
A new generation of electron pumped ultraviolet (UV) lamps will be developed where light is emitted from III-nitride semiconductor nanostructures that are excited by carbon nanotube (CNT) field emissi