HS-ESS1-2

Construct an explanation of the Big Bang theory based on astronomical evidence of light spectra, motion of distant galaxies, and composition of matter in the universe.

More Stories in HS-ESS1-2

  1. Space

    Newfound gravitational waves may be from the biggest black holes in the universe

    Observations of dead stars hint that ripples in spacetime — ripples light-years long — roll through our universe.

    By
  2. Space

    Scientists Say: Pulsar

    These rapidly spinning dead stars send beams of radio waves into space like cosmic lighthouses.

    By
  3. Space

    Lightning dances through Jupiter’s skies much like it does on Earth 

    Data from NASA’s Juno spacecraft hint that Jupiter’s lightning extends in jagged steps as it does on Earth.

    By
  4. Planets

    In a first, telescopes have caught a star eating a planet

    A burst of light and a cloud of dust are signs that a distant star swallowed a giant planet.

    By
  5. Space

    James Webb telescope catches newborn stars sculpting spiral galaxies

    Dark voids riddle the galaxies, revealing new details about how stars alter their environments.

    By
  6. Tech

    A new solar-powered gel purifies water in a flash

    The unusual, fruit-inspired structure of this material provides quick filtration that could satisfy people's daily water needs.

    By
  7. Space

    Scientists Say: Accretion Disk

    Cosmic swirls of gas, dust and plasma, accretion disks reveal the shadowy silhouettes of black holes and more.

    By
  8. Planets

    Planets like Star Wars’ Tatooine could be fit for life

    Like Luke Skywalker’s home, planets orbiting two stars may be plentiful. A new computer model suggests that many of those worlds could sustain life.

    By
  9. Planets

    Saturn’s moon Enceladus wears a thick blanket of snow

    Pits on the frosty moon reveal the snow’s surprising depth, up to 700 meters (2,300 feet) in some places.

    By