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ERA-MIN 2 - Raw materials for sustainable development and circular economy
In the framework of ERA-NET Cofund ERA-MIN2, the French National Research Agency (ANR) launches, in partnership with 21 funding agencies from 18 different countries, a second call for projects on non-agricultural non-energy raw materials. The global budget available for this call is 10 M€.
Dynamic Versatile Semantics – DYVERSE
The objective of DyVerSe is to provide better tools for a dynamic description of programs. This representation must handle rich combinations of computational effects: higher-order, shared memory concurrency, probabilistic choice, etc. It must also allow us to link earlier semantic development for specific effects, which have until now remained separate.
A Complex Adiabatic Connection for electronic states – CACO
between ground and excited states are provided by exceptional points, the non-Hermitian analogs of conical
Contextual Control of Choice – CoCoChoice
supporting decision making. But there is one notable exception. This field has largely ignored the influence
Efficiency demonstration of connected olfactive Trap based on tunable diffusers – EffiTraps
and food sources. They are characterized by an exceptional olfactory performance that allows them to detect
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
Giant electrostrictors for electromechanical devices – MEGAEM
European regulations currently do not apply, by exception, to this lead content, that remains nevertheless
Aeroclipper Cyclone Intensity Observation – MICA
the USA and sporadically by Taiwan, are however exceptions worldwide. No airborne measurements are made
Stabilization process in marine surface robotics inspired by swimming snakes – SSSNAEQ
A new generation of robots inspired by the swimming of aquatic snakes has recently emerged in academic contexts. Thanks to their exceptional manoeuvrability, they could intervene urgently in complex situations. However, despite this potential, their surface stability is too precarious. The SSSNAEQ project aims to remove the scientific barriers to surface instability by taking inspiration from snakes,
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.
