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A cosmic view
A cosmic view










a cosmic view

This virtual experience we are having is nevertheless alive and conscious and deliberately makes choices.

  • The world we experience, therefore, must be an illusion, like a holodeck program or a virtual game.Īnd no one disputes the conclusions of this mysterious science-Quantum Mechanics underlies all of reality.
  • a cosmic view a cosmic view

    There is only subjectivity without any objective truth.A conscious observer is a necessary condition for anything to exist.There is no such thing as matter or space or time."The old stars have moved so they look like they bulge out of the main plane of the Milky Way, while the younger stars form a much thinner band in the plane.Traditional science holds that everything that exists starts with matter, but this undocumented belief must be false, according to Quantum Mechanics. "When we look at, we are looking at two populations of stars, one much older than the other," said Buder. The cataclysmic collisions that some billions of years ago mixed up the fledgling Milky Way with other galaxies may have pushed stars around in a way that we can still see today.Īstronomers know that in the band of the Milky Way, which is visible in the night sky from Earth, older stars are separated from younger ones, but they have not yet figured out why. The astronomers believe that understanding the origins of stellar populations in the Milky Way may help solve further mysteries of the galaxy's structure and composition. Stars that originated in the Milky Way appear greener, the scientists said in the statement, while those from outside glow in yellower shades. "By 'scanning' these stellar barcodes, we measured how abundant 30 elements, such as sodium, iron, magnesium, and manganese, were, and how they appeared in different concentrations depending on where the star was born," Buder said in the statement. By studying these colorful spectra, scientists can see the differing chemical compositions of the observed stars.

    a cosmic view

    Buder and his collaborators used the Anglo-Australian Telescope (AAT), a 13-foot (3.9-meter) optical telescope at the Australian Astronomical Observatory in Sydney, to split the light of those stars into a spectrum of individual colors.












    A cosmic view