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The U.S. National Science Foundation (NSF) and the U.S. Department of Energy (DOE) Office of Science will support Rubin Observatory in its operations phase to carry out the Legacy Survey of Space and Time. They will also provide support for scientific research with the data. During operations, NSF funding is managed by the Association of Universities for Research in Astronomy (AURA) under a cooperative agreement with NSF, and DOE funding is managed by SLAC National Accelerator Laboratory (SLAC), under contract by DOE. Rubin Observatory is operated by NSF NOIRLab and SLAC.

NSF is an independent federal agency created by Congress in 1950 to promote the progress of science. NSF supports basic research and people to create knowledge that transforms the future.

The DOE Office of Science is the single largest supporter of basic research in the physical sciences in the United States and is working to address some of the most pressing challenges of our time.

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    • Main Gallery

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    Galleries
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    • A grayscale image of a Romanesco broccoli taken using the LSST Camera focal plane. The broccoli has larger details and very small details, to showcase the capability of the camera. Horizontal and vertical lines denote the edges of the camera's 189 CCD chips, which are arranged in a roughly square shape with its corners cut off.
      Vera C. Rubin Observatory LSST Camera Focal Plane Build 164
    • Gravitational lens found in the DESI Legacy Surveys data
    • Clusters of cables and colored lights on a panel illustrate data activity at the Base Facility in La Serena.
      Dedicated data links
    • A construction crane is in position to apply the external cladding to the observatory dome.
      Enclosing the Dome
    • Drone view looks down through the open shutters of the observatory dome. The dome exterior is only partially completed.
      Drone View of the Open Dome
    • The cylindrical mirror coating chamber is to the left of the mock up M1M3 mirror
      Maintenance floor
    • The ComCam main lens reflects images from the room. Light coming through the lens is altered to a yellowish hue.
      Rubin Commissioning Camera
    • The tiled blue focal plane of the LSST Camera, viewed nearly edge on and from slightly below. The focal plane is made of 189 CCD chips arranged in a roughly square shape with its corners cut off. The focal plane is set within a shiny metal ring, which the other components of the camera will be attached to.
      Vera C. Rubin Observatory LSST Camera Focal Plane
    • Two people in head-to-toe white clean room suits sit beneath the LSST Camera focal plane. The focal plane is a blue and purple reflective surface inset inside a silver metal ring. Faint criss-crossing lines denote individual CCD chips. One 3-by-3 CCD chip collection, called a CCD raft, is still lowered from the rest of the focal plane as it's being installed.
      Vera C. Rubin Observatory LSST Camera Focal Plane Build 137
    • The teal dome structure of the observatory and the smaller silver dome of the AuxTel jut into a darkening blue sky, as sunset reddens the rocks of the mountain.
      Rubin Observatory Under Starry Skies
    • A view of the completed system, tilted. Persons in the room provide scale, showing the system is about a tall as a person
      Filter exchange system
    • Two pairs of human legs extend from beneath the suspended system, which has a golden, cylindrical housing
      Filter exchange
    • The sun sets behind the service building in multicolored sky filled with thin clouds and a contrail.
      Rubin Observatory with Wispy Clouds
    • A raft of black, reflective CCD sensors is being lifted into place within the cryostat
      Ninth RTM installed
    • The glass lens of the huge LSST Camera inside its black carbon fiber casing. The curvature of the lens extends above the rim of the black casing, like a glass of water about to overflow. Four people in white head-to-toe clean room suits stand in a circle in the background of this white room.
      The LSST Camera Lens is here!
    • A person in a full head-to-toe white clean room suit works beneath one of the LSST Camera CCD rafts suspended from a metal support. The CCD raft contains nine CCD chips arranged in a square. The chips are oriented to face the work space below. The image is focused on the CCD raft, and the person standing behind is slightly blurred and out of focus.
      LSST 1st Science Raft
    • The metallic CCD housing and mount reflect shades of blue, neon green and red.
      Camera CCD
    • A group of about 35 people in orange safety vests pose in front of a large cylindrical silver structure.
      Coating Chamber Group Photo
    • A group of about 30 people wearing orange safety vests stand in front of a cylindrical white container.
      Group Photo with Mirror
    • A convoy of 4 transport vehicles, one carrying the large mirror container, travel along a dirt road
      Mirror Transport
    • M1M3 Transported to the Summit
    • Rubin Observatory facility with unfinished dome made of teal scaffolding
      Rubin Observatory with Dome Scaffolding
    • A teal storage shed with an open front is in the foreground, and Rubin Observatory is in the background
      Mirror Storage Shed
    • Rubin Observatory facility with unfinished dome against a purple and orange sky and silhouettes of mountain ridges in the distance.
      Rubin at twilight
    • The mirror container barely clears the sides of the tunnel. Several workers walk alongside the container.
      Mirror in the Tunnel
    • Workers help guide a truck transporting the main mirror through the Puclaro tunnel, with very little clearance to spare.
      Primary Mirror goes through the Tunnel
    • a worker straddles the midline of the road inside of the tunnel, ready to give signals to the driver as the truck enters the tunnel.
      M1M3 Puclaro Tunnel passage
    • the mirror container extends across the entire roadway. Cars pass by temporarily driving off the road.
      Night transport
    • a large crane used to lift the mirror is positioned alongside the ship
      BBC Manitoba
    • The primary mirror is packaged in a white octagonal container between several interconnected truck trailers
      Primary mirror transport
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