Search for a funded project
Reconfigurable transmitarrays for beam steering and beam forming at millimetre waves – TRANSMIL
TRANSMIL is a fundamental research project aiming at making major innovations in modeling, design and demonstration of electronically-reconfigurable transmitarrays (TAs) with beam-steering and beam-forming capabilities at millimeter-wave frequencies (Ka band). It fits in the thematic frame “Société
Real-time dynamics in strongly correlated mesoscopic systems – DYMESYS
The initial objectives of this project are firstly to build numerical theoretical tools to describe the non-equilibrium transport through a quantum dot in Kondo regime and more generally correlated mesoscopic nanostructure. Secondly, we aim at characterizing experimentally by transport probes the
Reactive Electrochemical MEMbranes Bioreactor for the valoRization of wastewater – REMemBer
Wastewater represents a massive amount of water (13 to 15 million m3 / day in France) that could be used as a potentially worthwhile resource, regardless of seasonal droughts. However, wastewater treatment plants are currently not able to achieve in a cost-effective way a sufficient water quality fo
Re-defining a GABAergic neuron – GABAtransporter
The balance between excitation and inhibition is critical to the proper function of neural circuits. Aberrant activity is characteristic of numerous neurological disorders, including autism spectrum disorder, Rett syndrome, schizophrenia, and epilepsy. Inhibitory interneurons are embedded in almost
RELIAble ThermoElectric Generators – RELIATEG
The thermoelectric technology enables the direct conversion from heat into electrical energy or vice-versa. New opening markets can be found from the recovery of waste heat, for instance in the field of transport, while contributing both to the reduction of fuel consumption and of greenhouse gas emi
Quasi Cyclic Small Packet – QCSP
The publication of 3GPP Release 15 in June 2018 paved the way for the new 5G air interface, making a new step towards the new generation of mobile networks. The work on the development of a new radio interface dedicated to Internet of Things (IoT) connectivity should then start in 2020. It is expect
Quantum dot sensitized p-type wide band gap semiconductors for photoelectrochemistry – QuePhelec
The QuePhelec project proposal aims at the fabrication and study of new architectures for photoelectrochemical applications: assemblies of quantum dots (QDs) on p-type wide band gap semiconductors. By properly choosing the chemical and electronic nature of the components of the assembly, of the conn
Quantum and ensemble control in small times – QUEST
A variety of physically relevant quantum systems, whose evolution is governed by bilinear Schrödinger PDEs, are known to be controllable in large time. Nevertheless, there are examples which are controllable in large time, but not in small times. This obstruction happens e.g. in the presence of sub-
Quantum Experiments with Superconducting Circuits – QuExSuperC
Superconducting quantum circuits with Josephson junctions have shown in the last decade very rich and successful quantum experiments. They clearly appeared as the most promising solid state scalable quantum system for quantum information processor. These superconducting circuits behave as artificial
Quantum Control of Bose Einstein Condensates in optical lattices – QuCoBEC
The realization of Quantum Technologies which fully exploit the potential of quantum mechanics remains a major challenge, due to the fragility of quantum states. In this context the QuCoBEC research project aims at demonstrating the key role that quantum control in general and quantum optimal contro
