NASA asks for Europa lander science experiments—and that’s a big deal

NASA asks for Europa lander science experiments—and that’s a big deal

  • May 21, 2018
Table of Contents

NASA asks for Europa lander science experiments—and that’s a big deal

NASA is in various stages of planning two multi-billion dollar missions to Jupiter’s intriguing, ice-covered moon of Europa. One, a flyby mission known as the Europa Clipper, will make dozens of passes of the moon down to an altitude of about 25km as it assesses the nature of the ice and the ocean below and looks for clues of habitability. A secondeven more ambitious missionwould seek to actually land on Europa, sample its ice, and look for signs of life.

Both missions, but especially the lander, would be among the most complex, daring, and costly planetary science missions that NASA has attempted. However, both the Clipper and lander are not equally likely to occur. The Clipper is more established.

It has been progressing through NASA’s multi-tiered review process and has a launch date of 2022. In the president’s budget request for fiscal year 2019, it also received $265 million in funding. Worryingly, the lander also received no funding in the fiscal year 2019 budget from the White House.

For the time being, it remains reliant on Congress and especially a single representative in the US House of Representatives—Texas Republican John Culberson. In the House budget proposal for 2019, where Culberson sets the topline numbers for NASA as chairman of the authorizing subcommittee, the Clipper mission received $545 million and the lander $195 million. For this reason, the lander mission would benefit from a broader constituency, and that means more buy-in from the US scientific community.

The lander took a critical step along this path Thursday, when NASA’s associate administrator for science, Thomas Zurbuchen, announced the space agency had begun accepting scientific instrument proposals for the robotic lander. ‘What concept would best help NASA and a potential future robot explore this icy world?’ he asked.

Source: arstechnica.com

Share :
comments powered by Disqus

Related Posts

The SpaceDrive Project – First Results on EMDrive

The SpaceDrive Project – First Results on EMDrive

Propellantless propulsion is believed to be the best option for interstellar travel. However, photon rockets or solar sails have thrusts so low that maybe only nano-scaled spacecraft may reach the next star within our lifetime using very high-power laser beams. Following into the footsteps of earlier breakthrough propulsion programs, we are investigating different concepts based on non-classical/revolutionary propulsion ideas that claim to be at least an order of magnitude more efficient in producing thrust compared to photon rockets.

Read More
Watch These Trippy NASA Visualizations of Space Magnetism

Watch These Trippy NASA Visualizations of Space Magnetism

Earth is a giant magnet, and the field that surrounds it, called the magnetosphere, is one of the major reasons life on our planet has been able to flourish. But despite its crucial role in warding off cosmic radiation and atmospheric loss, there’s a lot we don’t know about the magnetosphere. That’s why in March 2015, NASA launched the Magnetospheric Multiscale Mission (MMS), a fleet of four spacecraft, to study its secrets.

Read More