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miniature and tunable antenna using nanocomposite magnetoelectric substrate – MISTRAL
The MISTRAL project has for objective the achievement of miniature and frequency agile antennas exploiting the magneto-electric properties of innovative nanocomposites for electromagnetism. It is base
miniature SENSor Antenna Systems – SENSAS
The recent advances of low power electronics and sensing technologies have led to the increasing number of various types of wireless sensors (physical, biological and chemical sensors). In the future,
mid-ir quantum cascade Laser Integrated on Ge-based pHoTonics circuits – LIGHTUP
Silicon photonics is expected to have a major impact for the development of mid-infrared photonics by leveraging the reliable and high-volume fabrication technologies already developed for microelectr
microRNA dynamics and function during neurogenesis – MINIATURE
Fine-tuning of gene expression is a fundamental requirement for development of cells and organs. This is particularly obvious in the nervous system, where few stem cell populations generate thousands
micro-Organisms and Reactivity of HYdrOgeN in underground – ORHYON
Hydrogen (H2) is a very promising resource. It can be transported and stored in large amounts into underground natural reservoirs. H2 is also produced as a geological resource from natural emissions.<br /><br />The results of the chair will lead to a better understanding of the processes controlling H2 migration and retention in geological formations; to new tools and methodologies to reduce the risks associated with geological storage; to provide technical guidance for its exploration and production.
miRNAs and networks of co-expressed genes associated with childhood trauma: from molecular scars to drug discovery in bipolar disorders – CT-ScarBip
Bipolar disorder (BD) is a frequent, severe and burdensome psychiatric disorder. The severity of BD mainly relies on the risk of mood recurrences that are major providers of suicidal risk, hospitalizations, cognitive decline and psychosocial consequences. Predicting mood recurrences is thus a challenge for targeting patients who would require a more intense care plan (patient stratification) and moving towards personalized medicine in BD (drug prioritization).
metrology of magnetization dynamic and chirality in thin films – MEDYNA
Magnetization dynamics at the electronic time scale (femtosecond and picosecond) remains a field of intense research twenty years after the first groundbreaking studies. Efforts to understand and cont