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NASA explores how superintelligence could analyze 150 petabytes of data and enable new missions

NASA's administrator says superintelligence could uncover missed discoveries in existing data and future observations from Roman.

NASA Administrator Jared IsaacmanNA
1 Source, 2h ago, first seen 2h ago

TLDR

NASA's administrator outlined two ways superintelligence could help: finding discoveries missed in roughly 150 petabytes of data NASA has already collected, or that might be missed in data from future missions like Roman; and making new missions possible through spacecraft design, advanced high-temperature materials, mission planning and onboard autonomy. Reactor control was one example of onboard autonomy, particularly for missions where communication delays make real-time control from Earth impractical.

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11.7K

1 Source, first seen 2h ago

382 likes22 comments30 saves36 reposts

Combined views

11.7K

1 Source, first seen 2h ago

382 likes22 comments30 saves36 reposts

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1 Source

NASA Administrator Jared Isaacman@NASAAdminOur two biggest themes when it comes to how super intelligence can help NASA: - What have we missed in the roughly 150 petabytes of data NASA has already collected, and what discoveries might we otherwise miss in the enormous volumes of data we will receive from future missions like Roman? - What entirely new missions become possible when we leverage super intelligence for spacecraft design (including advanced high-temperature material development), mission planning, and onboard autonomy (including reactor control), especially for missions where communication delays make real-time control from Earth impractical.2h
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    1 Source

    NASA Administrator Jared Isaacman@NASAAdminOur two biggest themes when it comes to how super intelligence can help NASA: - What have we missed in the roughly 150 petabytes of data NASA has already collected, and what discoveries might we otherwise miss in the enormous volumes of data we will receive from future missions like Roman? - What entirely new missions become possible when we leverage super intelligence for spacecraft design (including advanced high-temperature material development), mission planning, and onboard autonomy (including reactor control), especially for missions where communication delays make real-time control from Earth impractical.2h
    Today's Rank

    #14

    Today's Rank

    #14