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Page 2 Page 3 Page 4 Page 5 Portion of the Wolf-Lundmark-Melotte (WLM) dwarf galaxy as imaged by the James Webb Space Telescopes near-infrared camera. The image demonstrates Webbs remarkable ability to spot faint stars outside the Milky Way. Color translation: 0.9 µm light is displayed in blue, 1.5 µm in cyan, 2.5 µm in yellow and 4.3 µm in red (Filters F090W, F150W, F250M and F430M). Read the story, see a larger picture, or study a side-by-side comparison. SCIENCE: NASA, ESA, CSA, Kristen McQuinn (RU) IMAGE PROCESSING: Soltz G. Levy (STScI) Never before have we been able to see the Universe as the James Webb Space Telescope shows us now. Our naked eye could never see what a telescope sees: James Webb can see the origin of the universe by traveling through light and space - something our minds can barely comprehend. The first images from this powerful telescope seem like a time machine. July 12 showed us distant galaxies, star deaths, and the atmospheres of planets outside our solar system. The James Webb Telescope captures in detail the legendary Pillars of Creation, first made famous by images from NASAs Hubble Space Telescope. 1995 - where new stars are forming in dense clouds of gas and dust. The 3D pillars look like rock formations but are much more permeable. These pillars are composed of cold interstellar gas and dust that sometimes appear translucent in near-infrared light. Based on images taken in 1995 and 2014, Webbs new look at the Pillars of Creation will help researchers rethink their star-forming models, with far more accurate estimates of the number of newly formed stars and the amount of gas and dust in the region. Over time, they will better understand how stars form and emerge from these dusty clouds over millions of years. On October 28, NASA released a second image of the Pillars of Creation, this time taken with the Webb Mid-Infrared Instrument (MIRI). And its spooky - according to NASA, this extremely dusty rendering makes it both somber and spooky. This is because while mid-infrared light is specialized to pinpoint the location of dust, most of the surrounding stars are not bright enough at these wavelengths to be seen. Instead, these ominous plumes of lead-colored gas and dust glow around the edges, indicating activity within, NASA said. Thousands of new stars in the Tarantula Nebula. what he saw appeared in all its glory. Dubbed the Tarantula Nebula, its a favorite of star-forming astronomers because its one of the largest and brightest star-forming regions in the galaxies closest to our Milky Way. The Tarantula Nebula is located 161,000 light years away in the galaxy Large Magellanic Cloud. It gets its name from the long, dusty threads that resemble a spiders legs in old photographs. However, the James Webb telescope fixes tWolf-Lundmark-Melotte (WLM) part of a dwarf galaxy as seen by the James Webb Space Telescopes near-infrared camera. The image demonstrates Webbs remarkable ability to discern faint stars outside of the Milky Way. Color rendering: 0.9 micron light shown in blue, 1.5 micron light in cyan, 2.5 micron light in yellow, and 4.3 micron light in red (filters F090W, F150W, F250M and F430M). Read the story, zoom in, or study side by side comparison. SCIENCE: NASA, ESA, CSA, Kristen McQuinn (RU) IMAGE PROCESSING: Soltz G. Levy (STScI) Never before have we been able to see the universe the way the James Webb Space Telescope is now showing us. Our naked eye could never see what a telescope sees: James Webb, traveling through light and space, sees the beginning of the universe - something our minds can hardly comprehend. The first images of this powerful telescope that works like a time machine. July 12 showed us distant galaxies, the death of stars and the atmospheres of planets outside our solar system. The James Webb Telescope captures the famous Pillars of Creation in great detail, first made famous by images taken by NASAs Hubble Space Telescope. In 1995, when new stars form in dense clouds of gas and dust. The 3D columns look like rock formations but are much more permeable. These pillars are made up of cold interstellar gas and dust that sometimes appear translucent in near-infrared light. Based on images taken in 1995 and 2014, Webbs new look at the pillars of creation will help researchers rethink their star formation models, with much more accurate estimates of the number of newly formed stars and the amount of gas and dust in the region. Over time, they will begin to better understand how stars form and emerge from these dust clouds over millions of years. On October 28, NASA released a second image of the Pillars of Creation, this time taken with the Webb Mid-Infrared Instrument (MIRI). And its creepy - according to NASA, this extremely dusty rendering is both bleak and spooky. This is because while mid-infrared light is specialized for detailed information about the location of dust, at these wavelengths, most nearby stars are not bright enough to be seen. Instead, these ominous plumes of lead-tinged gas and dust glow around the edges, indicating activity within, NASA said. Thousands of new stars in the Tarantula Nebula. see in all its glory. It is called the Tarantula Nebula and is popular with star formation astronomers because it is one of the largest and brightest star forming regions in the galaxies closest to our Milky Way. The Tarantula Nebula lies 161,000 light-years away in the Large Magellanic Cloud galaxy. It gets its name from the long, dusty filaments that resemble the legs of a spider in old photographs. However, the James Webb telescope fixes t

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