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Current NASA Activities
Pages 8-15

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From page 8...
... Large-Class Spacecraft Missions Large, or flagship, spacecraft missions are EUROPA CLIPPER selected by NASA to fill specific strategic needs. The second-highest-priority large mission Decadal surveys play a key role in defining the identified in the decadal survey published science case for the initiation of new flagship in 2012 was an orbiter to conduct a detailed missions.
From page 9...
... Since 2021, Perseverance (Figure 7) has been The current decadal survey reiterated the collecting samples in Jezero crater -- a former scientific importance of Mars Sample Return; lake basin with a system of feeder channels noted its fundamental strategic importance to carved into terrain more than 3.7 billion NASA, to U.S.
From page 10...
... Table 1 summarizes the current status of recent and future Discovery missions. TABLE 1 Recent and Future Discovery Missions Year Selection Name of Competition Selected Initiated Mission Launch Date Current Status Description 2010 InSighta May 5, 2018 Completed Mars geophysical lander 2014 Lucy October 16, 2021 En route to first Trojan asteroid tour flyby 2014 Psyche October 2023 Preparing for Orbital exploration of the launch metallic asteroid Psyche 2018 DAVINCIb June 2029 In development Venus atmospheric entry probe 2018 VERITASc No earlier than Development Venus's radar-mapping 2031 currently on hold orbiter 2024–2025(?
From page 11...
... NEW FRONTIERS PROGRAM in that proposals are restricted to addressing NASA's New Frontiers missions fill the a half dozen or so focused science goals middle ground between the small-class identified in decadal surveys. New Frontiers Discovery missions and larger, less frequent missions, while complex, are intended to go flagship missions.
From page 12...
... Similarly, the forthcoming rare spacecraft encounters and remain the only Nancy Grace Roman Space Telescope (NGRST; means by which exoplanets can be studied. Figure 9)
From page 13...
... . Such research and analysis activities not only extract the maximum scientific return for individual missions but also develop new hypotheses, create the scientific foundations for future exploration activities, support laboratory studies, build theoretical models, FIGURE 10 Careful analysis is essential for extracting the maximum undertake geologic mapping, and train the next scientific return from data collected by spacecraft missions.
From page 14...
... In addition, the which are currently more than 20 billion km 70-meter antenna at Goldstone is equipped from Earth. with a 500 kW transmitter enabling it to FIGURE 11 An aerial view of the Deep Space Network station near Canberra, Australia.
From page 15...
... as "Restricted Earth Return" and must be strictly contained until any potential biological Astromaterials -- for example, meteorites, hazard has been thoroughly assessed. Planning cosmic dust collected by special high-altitude for a facility to house martian samples under aircraft, or samples returned to Earth by strict containment is currently under way.


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