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Heterogeneous Component Design Technology – HELICITY
The main objectives are: Objective 1: to develop a complete hierarchical modeling approach as well as a multi-level design flow allowing reuse, architectural exploration and verification at the system level, and based on an industrially accepted modeling language. Objective 2: to extend a graph-ba
Heterostructures for exploring altermagnetic and superconducting spintronics – HEXAS
Altermagnetism describes a symmetry class of compensated magnets in which the spin symmetry group to which they belong allows for alternating spin polarizations both in the crystal space and in the momentum space of the non-relativistic electronic structure. Altermagnets combine merits of ferromagne
High Optical Resolution for Unlabelled Samples – HORUS
Three-dimensional optical microscopy is an invaluable tool in many fields, particularly in biology, thanks to its unique properties for imaging living specimens. In recent years, tremendous progress has been made with the development of structured illumination techniques, PALM / STORM, and STED. How
High energy density thermochemical heat storage for district heating networks – Stock-HD
The Stock-HD project aims at developing the use of renewable energies and improving the performance of district heating networks. It aims to develop a thermo-chemical heat storage system with high energy density (based on chemical sorption) at temperatures compatible with its integration in district
High energy efficiency heat pumps for relectrified vehicles and trains – ELEC-HP
The ELEC-HP project aims at developing a family of automotive heat pumps to be sustituted to heating by electric resistances. Barriers to overcome are as follows: - use a refrigerant with a GWP < 150, which presents good energy efficiency in heating for -20 °C outdoor temperature and in cooling
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
High performance numerical architecture for Distributed Acoustic Sensing – ANTIPASTI
The deployment of DAS (Distributed Acoustic Sensing) system is booming both for civilian, military and intelligence applications. In particular, these systems enable underwater passive acoustic surveillance. Currently available DAS systems have spatial resolutions of a few meters and can interrogate
High resolution flow measurement based on a bidirectionnal frequency shifting loop – MECHOUI
The consortium composed of Thales R&T (TRT), the Laboratoire Interdisciplinaire de Physique (LIPhy) end the Unité de Mécanique de l’ENSTA Paris introduces a novel architecture for optical fiber based distributed sensing with high spatial resolution and high bandwidth capability. This unique instrume
High resolution structural studies to understand the chemomechanical transduction mechanism of myosin motors and the critical interactions that regulate their cellular location. – How myosin produces force
The cell comprises several molecular motors that are essential not only for cell division and migration but also for polarized transport, the maintenance of ultrastructures of the cell, or for the anchorage of vesicules or organelles within the cell. The project will focus on the study of the myos
High-dimensional mathematical methods for LargE Agent and Particle systems – HighLEAP
Interacting particle- or agent-based systems are ubiquitous in science. They arise in an extremely wide variety of applications including materials science, biology, economics and social sciences. Several mathematical models exist to account for the evolution of such systems at different scales: sto
