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TOWARDS THE DETECTION OF EXOPLANET BIOSIGNATURES WITH LARGE AMPLITUDE MOTIONS USING HIGH RESOLUTION SPECTROSCOPY – EXOBIOLAM
The search for life in the Universe is a tremendous motivation for the detection of planets beyond our Solar system. Launched at the end of 2021 the James Webb Space Telescope (JWST) allows us to study the atmospheres of the vast diversity of exoplanets. Following the groundbreaking advancements of
TESTING THE SHOCK HYPOTHESIS AS THE ACCELERATOR OF SOLAR ENERGETIC PARTICLES – COROSHOCK
The COROSHOCK project will address one of the remaining unsolved fundamental problems in solar physics: how are solar particles accelerated to high energies? The origin(s) of Solar Energetic Particles (SEPs) and of high-energy electromagnetic radiations such as ? rays are still highly debated. Two m
Systemes et Algorithmes Pervasifs au confluent des mondes physique et numérique
PERSYVAL-Lab avait fédéré les sciences du Numérique à Grenoble. Il s’était appuyé sur une communauté de chercheurs et enseignants-chercheurs de 10 laboratoires partenaires couvrant tout le spectre des sciences du Numérique. PERSYVAL2 élargit les spectres thématique et géographique, et inclue mainten
Systematics UNcertainties in Combinations of neutrino Oscillation Results – SUNCORE
The goal of the SUNCORE project is to reduce flux and cross-section systematics in long-baseline neutrino oscillations experiments towards the possible discovery of CP violation in the leptonic sector. This reduction is possible thanks to the use of Near Detector complex in which neutrino beam is m
System Level Understanding of Zinc and Phosphate Signalling Crosstalk – PHLOWZ
A major component of cells, phosphate (Pi) is a strategic resource due to the increasing depletion of high-quality phosphate rocks. To limit its use in crop production, we need a better understanding of the factors stimulating its uptake. Plants in Pi and Zinc (Zn)-poor soils accumulate more Pi than
Synthèse Organique : des molécules au vivant
SynOrg LabEx (2012), Molecules for life sciences, is the research component of the research-training- innovation triptych, certified by the PIA in the field of organic chemistry in Normandy with the XL-Chem Graduate school (label 2019) for the "training" component, and I2C Carnot for the innovation
Synthesis of Fluorinated Ni(IV) Organometallics. – Ni4Rf
Organofluorine compounds exhibit relevant biological properties and have important applications in many fields (pharmacy, agrochemicals and material science, among others). However, the introduction of fluorinated groups in organic backbones (especially in aromatic rings) is not an easy task and no
Synthesis and applications of planar chiral photoredox catalysts based on a [2.2]paracyclophane scaffold – PhotoChiraPhane
As a consequence of their rigid three-dimensional structure, deck-substituted [2.2]paracyclophanes (pCps) can exhibit planar chirality and are nowadays considered as promising building blocks in organic synthesis. Nevertheless, the preparation of enantiopure poly-substituted paracyclophanes is often
Synergistic Catalysis: a new tool for Cycloaddition Reactions – CycloSyn
The first objective was to study the reactivity of free oxyallylcations, formed in situ from a-tosyloxyketones, towards numerous 1,3-heterodipoles. A more ambitious task consists in investigating the behaviour of transition-metal stabilized oxy- and azaallyl cations. Using this strategy, the diatere
Sustainable intensification of fruit production systems through innovative pest biological control technologies – Pest free fruit
The proposed Project aims to develop and promote novel, cost-effective and system-wide biocontrol technologies that contribute to the sustainable intensification of fruit production, particularly for small-scale growers in Africa. Main objectives include developing transformative pest control based
