Projects/Missions of the Department "Planets and Comets"

  Projects/Space missions of the department "Planets and Comets"  

BepiColombo is a joint mission to planet Mercury between the European Space Agency ESA and the japanese counterpart JAXA. It will be launched in 2018 arriving at Mercury in 2024. The project is named after Guiseppe (Bepi) Colombo and consists of two separate spacecraft: Mercury Planetary Orbiter (MPO) provided by ESA and Mercury Magnetospheric Orbiter (MMO) from JAXA.

BepiColombo: Mission to planet Mercury

BepiColombo is a joint mission to planet Mercury between the European Space Agency ESA and the japanese counterpart JAXA. It will be launched in 2018 arriving at Mercury in 2024. The project is named after Guiseppe (Bepi) Colombo and consists of two separate spacecraft: Mercury Planetary Orbiter (MPO) provided by ESA and Mercury Magnetospheric Orbiter (MMO) from JAXA. [more]
Cassini/Huygens is a joint project between NASA, ESA and the italian space agency ASI to study the Saturnian system including the atmosphere of the planet, the plasma environment in the magnetosphere, the ring system, and some of the Saturnain moons. Especially Titan is it the focus of the mission. The atmospheric probe Huygens was separated from the Cassini orbiter and went through Titan's atmosphere hanging on a parachute before landing on the surface.

Cassini/Huygens: Mission to the Saturnian System

Cassini/Huygens is a joint project between NASA, ESA and the italian space agency ASI to study the Saturnian system including the atmosphere of the planet, the plasma environment in the magnetosphere, the ring system, and some of the Saturnain moons. Especially Titan is it the focus of the mission. The atmospheric probe Huygens was separated from the Cassini orbiter and went through Titan's atmosphere hanging on a parachute before landing on the surface. [more]
Cluster is an ESA project and consists of 4 identical spacecraft to study the dynamics of the Earth's magnetosphere at distances between 4 and 19 Earth radii.

Cluster: Mission to the magnetosphere of the Earth

Cluster is an ESA project and consists of 4 identical spacecraft to study the dynamics of the Earth's magnetosphere at distances between 4 and 19 Earth radii. [more]
<p>The Curiosity Rover is a NASA Flagship mission to the planet Mars built and operated by the Jet Propulsion Laboratory (JPL). The rover successfully landed inside Gale crater on Mars in August 2012. The landing took place using a newly developed method involving a so called sky-crane. Over the course of her primary mission (~ 1 Mars year or ~ 2 Earth years) the rover will drive to the crater's central mound and ascend its lower part.</p>

Curiosity: Large rover exploring the surface of Mars

The Curiosity Rover is a NASA Flagship mission to the planet Mars built and operated by the Jet Propulsion Laboratory (JPL). The rover successfully landed inside Gale crater on Mars in August 2012. The landing took place using a newly developed method involving a so called sky-crane. Over the course of her primary mission (~ 1 Mars year or ~ 2 Earth years) the rover will drive to the crater's central mound and ascend its lower part.

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Dawn is NASA's mission to the asteroid belt. In 2011 the spacecraft reached the asteroid Vesta and accompanied it for more than a year. Dawn reached its second destination (dwarf planet Ceres) in 2015. The MPS has contributed the scientific imaging system to this mission.

Dawn

Dawn is NASA's mission to the asteroid belt. In 2011 the spacecraft reached the asteroid Vesta and accompanied it for more than a year. Dawn reached its second destination (dwarf planet Ceres) in 2015. The MPS has contributed the scientific imaging system to this mission. [more]
Europlanet 2020 is a new Research Infrastructure to address key scientific and technological challenges facing modern planetary science by providing open access to state-of-the-art research data, models and facilities across the European Research Area.

Europlanet 2020

Europlanet 2020 is a new Research Infrastructure to address key scientific and technological challenges facing modern planetary science by providing open access to state-of-the-art research data, models and facilities across the European Research Area. [more]
The Exomars mission consists of an Mars-Orbiter, a descent module and a Mars-Rover. After arrival at Mars the descent module and rover will be separated from the orbiter. While the orbiter will be used as a relais station in orbit around the planet and the descent module plus rover will land on the surface.

ExoMars: Search for Life on Mars

The Exomars mission consists of an Mars-Orbiter, a descent module and a Mars-Rover. After arrival at Mars the descent module and rover will be separated from the orbiter. While the orbiter will be used as a relais station in orbit around the planet and the descent module plus rover will land on the surface. [more]
Insight is a NASA-Discovery-Mission to Mars to be lauched in 2016 where a lander will be placed on the surface equipped with instrumentation to study the interior.

InSight (Interior Exploration using Seismic Investigations, Geodesy and Heat Transport): Explore the interior of Mars

Insight is a NASA-Discovery-Mission to Mars to be lauched in 2016 where a lander will be placed on the surface equipped with instrumentation to study the interior. [more]
The ESA-Mission JUICE shall explore the Jovian system. To be launched in 2022 the spacecraft will arrive at Jupiter in 2030. After some initial flybys at the moons Europa, Ganymede, and Callisto JUICE will intensively study the Jovian atmosphere and the plasma environment (Jovian Magnetosphere). The main phase of the mission is dedicated to the moon Ganymede since JUICE will for the very first time ever in history enter in an orbit around an outer planet's moon and study the moon's surtface, its subsurface ocean, and its interaction with the Jovian magnetosphere.

JUICE (Jupiter Icy Moon Explorer): Mission to the Jovian system

The ESA-Mission JUICE shall explore the Jovian system. To be launched in 2022 the spacecraft will arrive at Jupiter in 2030. After some initial flybys at the moons Europa, Ganymede, and Callisto JUICE will intensively study the Jovian atmosphere and the plasma environment (Jovian Magnetosphere). The main phase of the mission is dedicated to the moon Ganymede since JUICE will for the very first time ever in history enter in an orbit around an outer planet's moon and study the moon's surtface, its subsurface ocean, and its interaction with the Jovian magnetosphere. [more]
Mars Express is Europe's ESA Mission to Mars launched in 2003 and still operating. The scientific payload is capable of searching for water on the planet, one of the necessary ingredients for life on Mars. Originally the mission consisted of the Mars Express orbiter and a lander Beagle 2. Unfortunately Beagle 2 never sent back any signals after being released to the surface.

Mars Express: Europe's Mission to Mars

Mars Express is Europe's ESA Mission to Mars launched in 2003 and still operating. The scientific payload is capable of searching for water on the planet, one of the necessary ingredients for life on Mars. Originally the mission consisted of the Mars Express orbiter and a lander Beagle 2. Unfortunately Beagle 2 never sent back any signals after being released to the surface. [more]
The goal of the special priority program of the German Research Foundation DFG "Planetary Magnetism", or PlanetMag, is to study the interaction between the solar wind and planetary magnetic fields as well as to better understand the diversity of the magnetic fields itself. A synergetic approach includes new methods to analyze new and existing data, computer simulations of planetary interiors and dynamos, new models of the solar wind interaction, measurements of ancient terrestrial rocks and meteorites as well as new experiments in the laboratory.

PlanetMag

The goal of the special priority program of the German Research Foundation DFG "Planetary Magnetism", or PlanetMag, is to study the interaction between the solar wind and planetary magnetic fields as well as to better understand the diversity of the magnetic fields itself. A synergetic approach includes new methods to analyze new and existing data, computer simulations of planetary interiors and dynamos, new models of the solar wind interaction, measurements of ancient terrestrial rocks and meteorites as well as new experiments in the laboratory. [more]
Rosetta is ESA's mission to comet 67P/Churyumov-Gerasimenko. Rosetta consists of an orbiter and a lander called Philae. After ten year long flight, Rosetta reached the comet in 2014 and accompanied it on its way toward the Sun. In November 2014, Philae successfully landed on the comet's surface. The MPS has contributed to several of the mission's scientific instruments and to Philae.<br /><br />

Rosetta: Mission to comet Churyumov-Gerasimenko

Rosetta is ESA's mission to comet 67P/Churyumov-Gerasimenko. Rosetta consists of an orbiter and a lander called Philae. After ten year long flight, Rosetta reached the comet in 2014 and accompanied it on its way toward the Sun. In November 2014, Philae successfully landed on the comet's surface. The MPS has contributed to several of the mission's scientific instruments and to Philae.

[more]
 
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