Sonification of Red-Shifted Galaxies and Emission Spectra Variations

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Explore the intriguing project of converting wavelength data from red-shifted galaxies into sound frequencies for auditory analysis. Learn about emission spectra variations and their causes, such as elemental composition, ionization, and star formation history. Experience the world of astronomy through an innovative approach of combining light wavelengths with sound frequencies.

  • Galaxies
  • Emission Spectra
  • Sonification
  • Red-Shifted
  • Astronomy

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Presentation Transcript


  1. Data Sonification of Red-Shifted Galaxies Emily Neel with Dr. James Rhoads School of Earth & Space Exploration

  2. The Project: Taking emission spectra from red-shifted galaxies and converting the wavelengths of light into frequencies of sound, which can be played in audio software.

  3. The Light Spectrum

  4. Emission Spectra Variations in emission spectra can be due to: Elemental composition

  5. Emission Spectra Variations in emission spectra can be due to: Elemental composition

  6. Emission Spectra Variations in emission spectra can be due to: Elemental composition Ionization Dust and gas Star formation history Distance from Earth

  7. Producing Sound Convert wavelength to frequency ? ????????? = ????????? Lower the frequency range ????????? 1012

  8. Producing Sound Sine oscillations Pink noise Red Shift Fourier transforms

  9. Looking Forward User friendly Web interface

  10. Sources: Image 1 Light Spectrum: http://commons.wikimedia.org/wiki/File:EM_spectrum.svg Image 2 Galaxy Emission Spectrum: http://www.hs.uni- hamburg.de/DE/For/Exg/Sur/hqs/publications/references/kniaze00.html Image 3 Elements Emission Spectra http://www2.astro.psu.edu/users/caryl/a10/lec6_2d.html

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