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beyond usual daily experience


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Theme by: Miguel
  1. 350 Notes
    Reblogged: 4est
  2. (Source: vindsval)

  3. 174 Notes
    Reblogged: luminousinsect
  4. (Source: etie)

  5. 239 Notes
    Reblogged: vintague
  6. beautifulurself:

wicked world on Flickr.
  7. 129 Notes
    Reblogged: beautifulurself
  8. 1609 Notes
    Reblogged: viededandy
  9. (Source: sortsind)

  10. 18 Notes
    Reblogged: luminousinsect
  11. yama-bato:

via
  12. 604 Notes
    Reblogged: luminousinsect
  13. cwnl:

Sunset on the Alien Planet HD209458b: Osiris
The amazing image above of a sunset on exo-planet HD209458b 150 light years away, was reconstructed by Frederic Pont of the University of Exeter using data from a camera onboard the Hubble Space Telescope.
Pont used his knowledge of how the color of light changes based on chemicals it encounters, and computer modeling, to create an actual image of what a sunset on the actual planet would look like.
The large exo planet in question, exoplanet HD209458b, nicknamed Osiris, circles its star rather closely. At certain points, when the planet passes between us and its star, the light from that star passes through Osiris’s atmosphere before reaching us, which allowed Pont to determine the chemical composition of the atmosphere and deduce what colors would appear to the naked human eye.
The light from Osiris’s star is white, like our own sun, but when it passes through the sodium in Osirisi’s atmosphere, red light in it is absorbed, leaving the starlight to appear blue. But as the sun sets, the blue light is scattered in the same way as it is here on Earth (Rayleigh scattering) causing a gradual change to green, and then to a dim dark green. And finally, due to diffraction, the bottom of the image becomes slightly flattened.

    cwnl:

    Sunset on the Alien Planet HD209458b: Osiris

    The amazing image above of a sunset on exo-planet HD209458b 150 light years away, was reconstructed by Frederic Pont of the University of Exeter using data from a camera onboard the Hubble Space Telescope.

    Pont used his knowledge of how the color of light changes based on chemicals it encounters, and computer modeling, to create an actual image of what a sunset on the actual planet would look like.

    The large exo planet in question, exoplanet HD209458b, nicknamed Osiris, circles its star rather closely. At certain points, when the planet passes between us and its star, the light from that star passes through Osiris’s atmosphere before reaching us, which allowed Pont to determine the chemical composition of the atmosphere and deduce what colors would appear to the naked human eye.

    The light from Osiris’s star is white, like our own sun, but when it passes through the sodium in Osirisi’s atmosphere, red light in it is absorbed, leaving the starlight to appear blue. But as the sun sets, the blue light is scattered in the same way as it is here on Earth (Rayleigh scattering) causing a gradual change to green, and then to a dim dark green. And finally, due to diffraction, the bottom of the image becomes slightly flattened.

  14. 3094 Notes
    Reblogged: luminousinsect
  15. seabois:

Illustration by Franklin Booth, for The Flying Islands of the Night by James Whitcomb Riley, 1913 (via Golden Age Comic Book Stories)

    seabois:

    Illustration by Franklin Booth, for The Flying Islands of the Night by James Whitcomb Riley, 1913 (via Golden Age Comic Book Stories)

  16. 102 Notes
    Reblogged: keepyourpebbles
  17. 1005 Notes
    Reblogged: keepyourpebbles
  18. (Source: galakospeculoos)

  19. 162 Notes
    Reblogged: luminousinsect
  20. 2365 Notes
    Reblogged: keepyourpebbles
  21. thephysicalisanillusion:

ghostwerld:
lioneater:
Witches flying to Sabbatby Bernard ZuberWoodblock print 1926 
Featured in La Vie Execrable de Guillemette Babin, Sorciere

    thephysicalisanillusion:

    ghostwerld:

    lioneater:

    Witches flying to Sabbat
    by Bernard Zuber
    Woodblock print 
    1926 

    Featured in La Vie Execrable de Guillemette Babin, Sorciere

    (Source: d-r-o-s-s)

  22. 720 Notes
  23. thephysicalisanillusion:

lunar-danse:
Description de L’UniversView of the planet Saturn, 1719by Alain Manesson Mallet, Paris 1683
  24. 108 Notes
  25. thephysicalisanillusion:

lunar-danse:
Description de L’UniversView of comets, 1719 by Alain Manesson Mallet, Paris 1683
  26. 113 Notes