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

    Let’s learn about meteorites

    Meteorites are bits of space rock that have crash-landed on Earth — or on another celestial body.

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  2. Planets

    Huge polygons on Mars hint its equator may once have been frozen

    A Chinese rover used radar to reveal long-buried terrain. The discovery hints that Mars’ equator was once much colder and wetter.

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  3. Planets

    Jupiter has a never-before-seen jet stream — and it’s speedy

    Spotted in images from the James Webb telescope, the high-altitude current may help untangle the workings of the giant planet’s atmosphere.

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  4. Planets

    Analyze This: Neptune’s cloud cover syncs up with the solar cycle

    Telescope observations hint how sunlight-driven chemistry may boost cloud cover on our solar system’s farthest planet.

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  5. Planets

    In a first, astronomers spot the aftermath of an exoplanet smashup

    Infrared light from a distant star appears to be leftovers of an impact between a pair of Neptune-sized worlds.

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  6. Space

    Weird black holes may reveal secrets of the early universe

    Emerging evidence points to the existence of rogue black holes and other cosmic oddities — such as big black holes in tiny galaxies.

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  7. Space

    Experiment: A puzzling parallax helps stargazers

    In this project, we explore how perspective, or parallax, can be used to measure the distances to objects such as stars.

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  8. Space

    Ghost particles paint a new picture of the Milky Way

    Scientists tracked neutrinos from space to create a new map of our galaxy. It’s the first image of the Milky Way to be made without light.

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  9. Space

    Scientists Say: Pulsar

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

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