Looking for the building blocks of life is a top priority for Webb. Will Webb take a deeper look at some of the star systems like TRAPPIST-1 where scientists have detected Earth-size planets orbiting in the habitable zone of a star? Can you talk about how tricky the next few months will be? Once Webb is off the ground, there are a series of important steps for the telescope before it gets to its intended location. Can you talk about some of the challenges of getting the telescope to its destination? Webb is the largest and most ambitious space telescope humans have ever put into space. What are you most excited about observing/learning once Webb is operational? How can we keep up to date on this mission? Can you talk about what makes this mission such an engineering feat? I've heard Webb described as a transformer. How will Webb help advance our search for life? This telescope is going to be joining the Hubble Space Telescope in space, how are the two telescopes going to work together? Webb is so powerful it can act more or less like a time machine, can you tell us what we might expect to see, and why it’s important? Can you tell us a little bit about this mission? Tomorrow is a very exciting day! NASA is launching the biggest and most powerful space telescope. Here to tell us about this exciting mission is NASA expert XX. And it’ll help scientists probe the atmospheres of planets around other stars in search of the ingredients needed for life. Like a time machine, the telescope is so powerful it will see the very first stars and galaxies that formed after the big bang. Prepare to see the universe like never before! On December 24 th/ Tomorrow NASA and its partners will launch the biggest and most powerful space telescope ever built: the James Webb Space Telescope. Please do not request an IFB unless it is absolutely required. Live and taped interviews will be offered on the following days: And when Webb isn’t unlocking the secrets of our early universe, it will search for potential signs of habitability that may be present on worlds beyond our own. How did those very first stars assemble into galaxies, and how did those galaxies evolve over time? Scientists can’t wait to unravel these mysteries, and answer some of the fundamental questions about how our universe formed. It's a period of time we know precious little about in our universe's history - the light from it is so very faint that it can't be reached by the telescopes we currently have in space. Webb will act as a window into the past, revealing the first stars and galaxies that formed after the Big Bang some 13.5 billion years ago. Equipped with the most state-of-the-art technology ever launched into space, Webb will dazzle us with the most detailed images of the cosmos ever captured. From its location 1 million miles away from Earth, and with a giant sunshield the size of a tennis court to block the light of the Sun, Webb is primed to peer back in time to the very early days of our universe. The JAMES WEBB SPACE TELESCOPE will be our revolutionary new window to the stars that will rewrite what we know about the universe. About the ELT Timeline Location Webcams Facts Road to the ELT Meet the Team Working Groups Industrial and Institutional Partners FAQ. It's due for "first light" in 2028, according to ESO.The biggest and most powerful space telescope ever built is set to launch on Friday, Dec. THE EXTREMELY LARGE TELESCOPE The Worlds Biggest Eye on the Sky ELT HOME ABOUT. In July, ESO announced that the ELT was half-built. The giant telescope will allow astronomers to find Earth-like planets around other stars in the habitable zones where life could exist, probe dark matter and dark energy, study black holes, and see the very first galaxies back to just 380,000 years after the Big Bang. The ELT's mighty mirror will eventually rotate 360 degrees on 36 stationary trolleys and weigh about 6,700 tons (6,100 metric tons). When completed, the ELT - which you can watch being built - will have a 127-foot-diameter (39 me) mirror for comparison, the diameter of the James Webb Space Telescope's mirror is 21.7 feet (6.6 m). Cerro Armazones has about 320 clear nights per year and zero light pollution, according to ESO. The Atacama is also one of the driest places on Earth, with some parts experiencing annual rainfall of less than 0.2 inch (5 millimeters), according to the National Oceanic and Atmospheric Administration. The telescope will be perched atop Cerro Armazones, a mountain in Chile's Atacama Desert, far above the thickest part of Earth's atmosphere, where it will get much clearer views of the night sky.
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