Demo
    Close-up image of a rocky, diamond-shaped asteroid with a rough, uneven surface and visible boulders. The background is black, emphasizing the asteroid's detailed texture.
    This mosaic image of 490-meter-diameter asteroid Bennu is composed of 12 images collected by the OSIRIS-REx spacecraft from a range of 24 kilometers.
    A close-up image of an asteroid in space with a dark background. Small particles are seen ejecting from the asteroid's surface, moving into the surrounding space.
    Near Earth asteroid Bennu is actively ejecting particles from its surface in this composite image from January. The source and cause of the debris shedding would be one of many scientific mysteries to be explored at nearby asteroids.
    A spherical piece of charcoal-like material is displayed against a dark background, illuminated from below with a spotlight, creating a shadow.
    Asteroids like Bennu and Ryugu are believed to be composed of minerals similar to those in carbonaceous chondrite meteorites, like Murchison, shown here.
    A grayscale image showing a rocky surface with various scattered rocks and pebbles. Two rectangles highlight specific areas for closer examination.
    The wide-angle image of a region in Bennu’s northern hemisphere shows a 180-meter-wide area with some large boulders and a “pond” of regolith. The two closer images show details of part of the region, a 15-meter boulder, top, and the regolith pond, bottom. Cameras on NASA’s OSIRIS-REx spacecraft shot the images when it was about 1.8 kilometers from Bennu’s surface.
    A large boulder is precariously perched on the edge of a rocky and dusty surface, with a black void in the background.
    NASA’s OSIRIS-REx spacecraft imaged this 52-meter boulder jutting from asteroid Bennu’s southern hemisphere and the rocky slopes that surround it. This target could also be hazardous to astronaut explorers, as Bennu’s rotation and weak gravity field could cause the boulder, once dislodged, to slide inexorably “downslope” toward the equator.
    A spacecraft is visible just above a rocky, cratered surface, possibly of an asteroid, casting a shadow below.
    This image of Ryugu’s rocky, rough surface was captured by Japan’s Hayabusa 2 probe on ascent at an altitude of about 25 meters. Adjacent to the spacecraft’s shadow is an area discolored by the spacecraft thrusters or projectiles.