Original | A Serial Work
Miniature Galaxies Created Through Tilt-Shift Technique
With the use of a relatively simple photography technique, Italian artist
Haari Tesla has reduced the cosmos to a microscopic level. Her series, Illuminated Code From Space, is experimentation in tilt-shift manipulation. By digitally adjusting the depth of field, contrast, and adding a gradient, Tesla has managed to transform photos of nebulae, galaxies, and supernovae into microorganisms. It’s incredible to look at these images and realize that they are actually photos of the largest place we know, rather than of something so small it can’t be seen with the naked eye.
The initial idea for the series came from the Greek Neo-Platonic schema of macrocosm and microcosm. Essentially, this is the recognition that the same traits appear in entities of many different sizes. Plato wrote about how we see these patterns reproduced in all levels, from the largest scale (macrocosm, or the universe) all the way down to a microscopic level (also know as microcosm),
They look like such delicate things that you keep in a high shelf.
Sharpless 308: Star Bubble
Image Credit & Copyright: Jeff Husted
Explanation: Blown by fast winds from a hot, massive star, this cosmic bubble is huge. Cataloged as Sharpless 2-308 it lies some 5,200 light-years away toward the constellation of the Big Dog (Canis Major) and covers slightly more of the sky than a Full Moon. That corresponds to a diameter of 60 light-years at its estimated distance. The massive star that created the bubble, a Wolf-Rayet star, is the bright one near the center of the nebula. Wolf-Rayet stars have over 20 times the mass of the Sun and are thought to be in a brief, pre-supernova phase of massive star evolution. Fast winds from this Wolf-Rayet star create the bubble-shaped nebula as they sweep up slower moving material from an earlier phase of evolution. The windblown nebula has an age of about 70,000 years. Relatively faint emission captured in the expansive image is dominated by the glow of ionized oxygen atoms mapped to violet hues.
Nasa Apod 24 Dec 2013