Dr. Martínez Pillet is a Senior Scientist at the Instituto de Astrofíscia de Canarias, where he is the Co-Principal Investigator for the Polarimetric and Helioseismic Imager instrument to be flown on the European Space Agency's
Solar Orbiter mission, and Principal Investigator for the Imaging Magnetograph Experiment that has flown as part of the Sunrise balloon - borne telescope.
The institute is the PI institution of the STIX X-ray telescope to be flown onboard ESA's
Solar Orbiter mission and is also involved in cubesat projects.
Not exact matches
Using data gathered by NASA's Lunar Reconnaissance
Orbiter (LRO)
mission, scientists believe they have solved a mystery from one of the
solar system's coldest regions — a permanently shadowed crater on the moon.
Previous medium - class
missions by ESA were
Solar Orbiter and a dark - energy / dark - matter observatory called Euclid, selected in 2011.
The
mission would include an
orbiter and a lander, and possibly a
solar - powered airship that would fly through Venus» upper atmosphere.
There are three other
missions as part of this initiative, including JUICE (Jupiter Icy Moon Explorer, an L - class
mission intended for a 2022 launch),
Solar Orbiter (M1, intended for a 2017 launch), and Euclid (M2, intended for a 2020 launch).
Our Group has built the magnetometer instrument on the ESA
Solar Orbiter spacecraft due for launch in 2019 and has scientific involvement in the NASA Parker
Solar Probe
mission, launching in 2018.
Our research approach includes spacecraft observations (from
missions such as Cluster, THEMIS, MMS, Parker
Solar Probe,
Solar Orbiter), large scale kinetic simulations, and fundamental plasma theory to understand plasma phenomena throughout the universe.
The ESA issued a «call for
missions» around these aims in 2007 and three medium - class
missions were subsequently considered, of which the
Solar Orbiter and Euclid
missions are the first to be selected.
The first, known as
Solar Orbiter, will see a spacecraft operating closer to the Sun than any previous mission with a particular focus on examining the solar
Solar Orbiter, will see a spacecraft operating closer to the Sun than any previous
mission with a particular focus on examining the
solar solar wind.
Provided by the U.S. Department of Energy, such RTG's have been included on many past deep space probes such as the Cassini
mission to Saturn, the Galileo
orbiter of Jupiter, and the Voyager craft now on their way out of the
solar system.