Search
EXotic Architectural Materials, Waves, AniSotropy, InStabilities – MAX-OASIS
EXotic Architectural Materials, Waves, AniSotropy, InStabilities
Video-based analysis of autism behavior – ACTIVIS
analysis. In this domain, few reliable solutions exist except off-line human expert analysis. For this purpose
i3/šamnum: Vegetable oils and animal fats in early urban societies of Syro-Mesopotamia – production, distribution and usage – i3.MesopOil
Vegetable oils and animal fats in early urban societies of Syro-Mesopotamia – production, distribution and usage
2D heteroepitaxial BN/ epigraphene /SiC films for electronics – BONNEG
2D heteroepitaxial BN/ epigraphene /SiC films for electronics
A Complex Adiabatic Connection for electronic states – CACO
between ground and excited states are provided by exceptional points, the non-Hermitian analogs of conical
Evolutionary genomics of royalty in messor hybridogenetic ants – RoyalMess
determined. However, this is not the case in an exceptional reproductive system, known as social hybridogenesis
GEOphysical Flows with UNified models – GeoFun
stratum, which confines the flow as in pipelines, except at certain points where springs and resurgences
Supramolecular organization of the Calvin-Benson cycle – CALVINTERACT
Supramolecular organization of the Calvin-Benson cycle
Alcohol-related neurodevelopmental disorders: imaging and modelling markers from the brain anatomy – ANDIMBA
ANDIMBA aims to identify, characterise and combine for diagnostic and prognostic purposes neuroanatomical MRI markers of Fetal Alcohol Spectrum Disorders (FASD), which are still lacking in the clinical setting. Its approach is to combine clinical expertise in FASD giving access to a large set of radio-clinical data and expertise in computer-assisted neuroimaging providing innovative tools to study the brain with developmental growth anomaly.
Adaptive Optics PSF Prediction – APPLY
A critical point when analyzing AO data concerns the separation of the instrument contribution from the intrinsic signature of the astrophysical signal. This can only be achieved by an accurate estimation of the instrument Point Spread Function (PSF). But deriving an accurate PSF model remains a challenge, and the lack of PSF knowledge often represents the main limitation when analyzing AO data.<br />This is the goal of APPLY: provide an accurate PSF model associated with each observation.
