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To improve the understnding, characterization, monitoring and forecasting of the ionospher in Equatorial Africa in order to benefit users from Global Navigation Satellite Services, Satellite Telecommunications, scientific research and other applications
ICTP
KABOOM
We study a low-cost interplanetary mission to demonstrate the capability of artificially modifying the orbit of a small (250 ton) binary asteroid body. The targeting spacecraft survives the slow (~1 m/s) impact to carry out the orbit modification measurement afterwards.
Methodology:
Politechnico di Milano
Investigating and finding innovative concepts and solutions to understand and mimic the grasping and pulling behaviour of tendril bearing climbing plants.
Methodology:
University of Bozen
MImOSA gave the possibility to learn more about the actual capabilities of the South American countries to monitor and investigate the ionosphere, highlighting the dominant role of the largest countries, Brazil and Argentina, but also reporting an increasing interest in other countries such as Peru, Bolivia and Chile. MImOSA could result into a pilot project aiming to federate European and South American networks and individual instruments to monitor the southern and northern crests of the Equatorial Ionospheric Anomaly and the South Atlantic Magnetic Anomaly.
INGV
Having a clear picture of the status of ionosphere monitoring and related studies in the region, a research plan has been prepared.
ISBM
Beginning in June 2012, an MSSL-led team have performed a study of the requirements and design of a Lunar Surface Camera Package for Exploration L- CAM for the ESA Lunar Lander. However, the Lunar Lander program was terminated by the ESA Ministerial Council in November 2012. As a result, with four of the six TNs requested in the SoW completed, ESA instructed MSSL to concentrate work on the L-CAM thermal model. The following final report is therefore composed of TNs 1- 4 and the Thermal Report.
University College London
The Atom Interferometry Test of the Weak Equivalence Principle in Space (Q-WEP) is devoted to a precise measurement of the effect of gravity on matter using an atom interferometer; it tests one of the fundamental pillars of Einstein’s Theory of General Relativity with high precision and thereby searches for hints of quantum effects in gravity, contributing to the exploration of one of the current frontiers in fundamental physics.
EADS Astrium GmBH
The purpose of the “Atom Interferometry Test of the Weak Equivalence Principle in Space” study was to conceive and specify an instrument for an atom interferometry test of the Weak Equivalence Principle (Quantum WEP test, QWEP), focusing on the International Space Station (ISS) as space platform.
Thales Alenia Space
The main goals of the DPEM project was [RD1] "to set the foundations for the development of a comprehensive suite of near surface dusty plasma environment models applicable in particular (but not only) to airless bodies of interest for future exploration missions such as asteroids, the Moon, Phobos and Deimos, etc … These models shall allow the definition of charged dust environment specifications to assess the effects of dusty plasmas on near surface or surface exploration units (spacecraft, payload, lander, astronaut) in a surface-spacecraft-dust environment system."
Finnish Meteorological...
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