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Aluminium, Architecture & Heritage, XX-XXIst centuries – ARCHIPAL
Lightweight, resistant, infinitely recyclable, aluminium emerged as a material emblematic of modernity thanks to its technical characteristics. It inspired architects because it offers artistic experimentation a range of possibilities that is particularly stimulating both in terms of the variety of forms that can be achieved and the aspects and the colors available. This facility to disguise oneself is questioned from the point of view of the history and the sociology of techniques.
Amino Acid Asymmetry – AAAs
Proteins and nucleic acids are functional biopolymers composed of L-amino acids and D ribose subunits that break chiral symmetry. The origin of the symmetry-breaking event is unknown. The AAAs project proposes to characterize chiroptical properties of chiral amino acids and their volatile aldehyde precursor molecules for the first time in the gas phase, where the initial asymmetric interactions between chiral photons and life’s molecular subunit precursors are assumed to occur.
Cultural Scenes, Ambiances and Urban Change – SCAENA
Scènes Culturelles Ambiances Et traNsformations UrbAines
Mode of action of biosourced phytostimulants on a multi-stress signalling pathway – BioPhyt
Partner 2 has selected phytostimulants that improve root growth, N, S and P content and increase yields of some crops. <br />Partner 1 has observed that some of these phytostimulants improve the growth of the primary root of Arabidopsis growing in low Pi conditions. These phytostimulants (hereafter NatMols) therefore represent new tools to dissect the STOP1 pathway.
BodY-ControllEd robotic ProSthetic for arm amputees – BYCEPS
The lack of some active joints, the absence of sensory feedback, the complexity of the command and the consequent heavy cognitive load, lead to a rather high rate of rejection of prostheses in upper arm amputated (transhumeral) patients. For the ones still using their prosthetics, these issues limit the overall use of the device, reduce their capabilities and autonomy.
HYDrothermal sIntering : a Low temperature process for the densIfication of Ceramics – HYDILIC
Development of a low-cost, environmentally friendly, and efficient low-temperature sintering technology to overcome the current technological .bottlenecks encountered in the densification of high-performance ceramics.
Fluorinated Ligands Approach for the Inhibition of Rotamases – F-LAIR
Fluorinated peptide and pseudopeptide ligands of the Pin1 PPIase will allow both to inhibit this enzyme and to decipher its mechanism of action.
Operads, Calculus and Homotopy theory methods in Topology – OCHoTop
This proposal addresses problems of topology, in the field of fundamental mathematics. The general purpose of our project is to develop applications of operads (an algebraic device) for the definition of invariants associated to links, manifolds and stratified spaces (classical objects of topology).
Emergent Orders of Spinor BECs in a Multimode Ring Resonator – EOSBECMR
We explored the interplay between atomic matter and cavity quantum electrodynamics, obtaining a rich tapestry of insights and accomplishments at the intersection of atomic, molecular, and optical physics. The core of our research lay in the creation of a versatile experimental setup encompassing a traveling wave cavity in ultra-high-vacuum, and in the theoretical study of the crystallization effects determined by this specific configuration.
High Optical Resolution for Unlabelled Samples – HORUS
High Optical Resolution for Unlebelled Samples
