The Solar Orbiter mission was selected by ESA for the M1 slot within the Cosmic Vision program with a launch date in 2018. This proposal corresponds to the period of 2017-2020 and includes the integration of the SO/PHI instrument in the platform, the launch, and the two first years of commissioning prior to the first scientific operation orbits
Economic information: Grants
To see the Grants awarded by the IAC (Access the National Subsidy Advertising System) select "Convocatorias", Admon. del Estado: select: Ministerio de Ciencia, Innovación e Universidades; Organo: select: Instituto de Astrofísica de Canarias
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Space solar physics: PHI for Solar Orbiter and IMAX and SP for SUNRISEBasilioRuiz CoboIn force dateNot in force
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Grants Ramón y Cajal: Call 2012
Ramón y Cajal contract to develop his research work in the specific research project “The integrated galactic stellar initial mass function - connecting resolved and unresolved stellar populations”.
Carsten WeidnerIn force dateNot in force -
Contribution of the IAC to space missions: Developments for SPICA and Athena, Herschel post-operations and multi-frequency scientific exploitation
In the last two decades, Spain has built up strong IR and X-ray communities which have successfully contributed, at Co-I level, to the construction and to the scientific exploitation of basically all European InfraRed (IR) space instruments and to the participation in X-ray missions, including Athena. The IAC has contributed to the construction of
IsmaelPérez FournonIn force dateNot in force -
Contribution of the IAC to the space mission plato 2.0 phases b2 / c
This subproject aims to contribute with for scientific and technical work for the IACs contributions to the PLATO 2.0 mission is requested. This includes engineering work during the B2 phase, to be completed in July 2017 with the PDR, and during phase C, to finish in 2018 with the CDR, in addition to acquisitions of LLI (Long Lead Items) during
Hans JörgDeeg DeegIn force dateNot in force -
Solar atmosphere: theory, computational tools and support for observations
This project aims to understand the key physical laws and processes underlying a range of basic phenomena observed in the solar atmosphere. We will study the emergence of magnetized plasma from the solar interior, the propagation of waves and shocks in the atmosphere, and the stability of structures (prominences, photospheric magnetic flux tubes)
FernandoMoreno InsertisIn force dateNot in force -
Help predoctoral mobility for short stay in Research Centers of Alejandro Lumbreras Calle
Grants for Short Stay of Predoctoral Researcher in a different center from the one in which the Thesis is developed. Alejandro Lumbreras Calle
Alejandro Lumbreras CalleIn force dateNot in force