• NASA's spacecraft is set to collide with an asteroid

    Sci & Tech
    NASA's spacecraft is set to collide with an asteroid




     Digital Desk: The US Space Agency NASA has created a spacecraft
    that will purposefully collide with a small asteroid named Dimorphos. Although
    the asteroid poses no threat to Earth, it was chosen to demonstrate that
    dangerous incoming rocks can be deflected by deliberately crashing something
    into them.



    The Double Asteroid Redirect Test (DART)
    spacecraft will strike an asteroid not far from Earth like a battering ram on
    September 26. The project's goal is to protect the planet from asteroid
    collisions.



    On Wednesday, the space agency posted on
    Twitter, saying, "Choosing the scenic route . As the DART Mission approaches
    its planned collision with Dimorphos, an asteroid moonlet that poses no threat
    to Earth, the spacecraft's imager captured a picture of Jupiter and its four
    largest moons."



    As the DARTMission approaches its planned collision with
    Dimorphos, an asteroid moonlet that poses no threat to Earth, the spacecraft's
    imager captured this image of Jupiter and its four largest moons.



    The Didymos Reconnaissance and Asteroid Camera for Optical
    Navigation, or DRACO, aboard NASA's DART mission has taken hundreds of
    photographs of stars as it prepares to collide with the binary asteroid Didymos
    on September 26.



    The images give the Johns Hopkins Applied Physics Laboratory (APL)
    team, which is in charge of the project for NASA, the information they need to
    help with ongoing spacecraft testing and simulations leading up to the
    spacecraft's kinetic crash with Dimorphos, Didymos' moon.



    In a press conference on September 12, Nancy Chabot, DART
    coordination lead at the Johns Hopkins University Applied Research Laboratory,
    stated, "The DRACO images, I just want to stress, are going to be pretty
    spectacular."



    "You'll be approaching an asteroid that no one has ever
    seen before," Chabot continued. "For that final image, you'll see
    things that are tens of centimetres in size, and then it'll cut off. That
    sounds really interesting to me "She continued.