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Electromagnetic Waves and the Study of Space

Discover how electromagnetic waves help study space using radio waves, microwaves, infrared, visible light, ultraviolet, X-rays, and gamma rays. These tools offer detailed insights into planets, stars, galaxies, and high-energy objects, aiding in exploring the universe's formation and evolution, including the remnants of the Big Bang.

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Electromagnetic Waves and the Study of Space

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  1. Electromagnetic Waves and the Study of Space

  2. Radio Waves • Radio Telescopes work together in networks to create huge telescopes. • Allow us to see detailed images of various objects such as distant planets, stars and galaxies. • Even allow us to study earthquakes here on Earth. Very Long Baseline Interferometry

  3. Microwaves • Study the “microwave background” • This background is believed to be the remnant from the "Big Bang“

  4. Infrared • study every phase in the history of our Universe, • the formation of solar systems capable of supporting life on planets like Earth • the evolution of our own Solar System.

  5. Visible Light • Allows us to study various space objects that give off light. • Stars • Galaxies • Nebula

  6. Ultraviolet • showed that the solar system is located within a bubble in the local interstellar medium • Helps to enhance images of distant objects taken in visible light. • Stars • Nebula • Comets

  7. X-rays • Allows us to study high energy objects in space. • Neutron Stars • Pulsars

  8. Gamma Rays • Studies the highest energy objects. • including pulsars • black holes • active galaxies • gamma ray bursts • supernovas

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