High-altitude observatory housing a gigantic telescope, open weekends for pre-booked tours.
"The largest and most powerful telescope on Earth, crucial for astronomical research and offering visitors a chance to explore the stars." - Staff Author
"Chile is a popular place for telescopes because of its dry air, dark surroundings, and high elevation. It also helps that the southern sky is particularly interesting because it’s where you can see the Milky Way’s core. In addition to optical observation, Chile is also perfect for millimeter and radio observations due to the area’s low amounts of interfering radiation from things like cell phones and WiFi. The biggest of such telescopes is the Atacama Large Millimeter Array (ALMA). The ALMA is 16,000 feet (5,000 meters) above sea level. The telescope consists out of 66 antennas nearly 40 feet (12 meters) in diameter that work together to form a single gigantic dish stretching up to 10 miles (16 kilometers), giving astronomers much better resolutions than any other instrument can offer. With this telescope, astronomers use millimeter radiation’s ability to look right though obstructive features that would be opaque in optical wavelengths. This makes the instrument perfect for observing dust, protoplanetary disks, the solar atmosphere, and exoplanets." - ATLAS_OBSCURA
"Chile is a popular place for telescopes because of its dry air, dark surroundings, and high elevation. It also helps that the southern sky is particularly interesting because it’s where you can see the Milky Way’s core. In addition to optical observation, Chile is also perfect for millimeter and radio observations due to the area’s low amounts of interfering radiation from things like cell phones and WiFi. The biggest of such telescopes is the Atacama Large Millimeter Array (ALMA). The ALMA is 16,000 feet (5,000 meters) above sea level. The telescope consists out of 66 antennas nearly 40 feet (12 meters) in diameter that work together to form a single gigantic dish stretching up to 10 miles (16 kilometers), giving astronomers much better resolutions than any other instrument can offer. With this telescope, astronomers use millimeter radiation’s ability to look right though obstructive features that would be opaque in optical wavelengths. This makes the instrument perfect for observing dust, protoplanetary disks, the solar atmosphere, and exoplanets." - ATLAS_OBSCURA
Martin Duben (Martin)
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Henrique Núñez
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