Difference between revisions of "Silver Seas 2018"
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There was some restructuring of the [[planetary surface]] for this mission, but the overall framework from the preceding few years was largely retained. | There was some restructuring of the [[planetary surface]] for this mission, but the overall framework from the preceding few years was largely retained. | ||
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| + | The [[2011-12 Blame List|incredibly annoying hardwired-on master light]] was broken shortly before the mission. This massive advance in alpha systems was widely celebrated. | ||
Revision as of 07:43, 24 February 2018
| Silver Seas 2018 | |
|---|---|
| Year | 2017-18 |
| Mission Destination | Enceladus, Mimas |
| Mission Dates | Feb. 20 - Feb. 24, 2018 |
| Habitat Commander | Liam Gaudet |
| Subcommander | Nathan Schmidt |
| Mission Control Commander | |
| Simulator Commander | Serena Harden |
| [[Image:|300px]] | |
Silver Seas 2018 was the Spacesim Mission for the 2017-18 school year. It visited the moons of Saturn, primarily Enceladus and Mimas. It saw revived use of the Laura system and very extensive mass spectrometer analysis.
Astronauts
- Liam Gaudet (Habitat Commander)
- Nathan Schmidt (Habitat Sub-Commander)
- Ivan Fonseca
- Isaac Dimock
- Ben
- Simon
Mission Purpose
The missions's scientific aims were to perform EVAs on Enceladus and Mimas so as to survey the surfaces of these moons, retrieve samples for detailed elemental and molecular composition analysis, take pictures of the surfaces, and attempt to establish a more detailed topographical map of these bodies from close orbit. On Enceladus, the crew drilled for samples (and radiation protection), the Laura submersible system was deployed to probe the structure and composition of water geysers, to place seismometers which could subsequently transmit valuable geological data back to Earth for analysis there.
In-Beta Mission Results
Mass spectrometer results are still being analysed, but they were sampled to better understand the origins and compositions of the moons. One hypothesis of particular interest was that Mimas and Enceladus originated from different systems before both being captured by Saturn's orbit. The analysis therefore included the calculation of isotopic percentages of different elements in the soil of Saturn's moons to try to detect systematic differences.
Alpha System Developments
This mission saw the pioneering use of Ethan Boicey's RAVEN system. One application of this tool to create a truly novel disaster was to record footage of the Interlock, edit in an animation of flames coming out of the toaster, and then play that feed back to the astronauts.
There was some restructuring of the planetary surface for this mission, but the overall framework from the preceding few years was largely retained.
The incredibly annoying hardwired-on master light was broken shortly before the mission. This massive advance in alpha systems was widely celebrated.
