![]() ![]() ![]() ![]() They will be able to study planets orbiting stars other than our own with much greater detail. Astronomers using a giant telescope planned for Hawaii's tallest peak will be able to study how the earliest galaxies formed not long after the Big Bang more than 13 billion years ago, which will inform humanity's understanding of how the universe came to be what it is today. 31, 2015, file photo, observatories and telescopes sit atop Mauna Kea, Hawaii's tallest mountain and the proposed construction site for a new $1.4 billion telescope. That's three times as wide as the world's largest existing visible-light telescope. The telescope gets its name from the size of the mirror, which will be 30 meters (98 feet) in diameter. The large size of the telescope's mirror means it would collect more light, allowing it to see faint, far-away objects such as stars and galaxies dating back as long as 13 billion years. WHY WOULD THE TELESCOPE BE MORE POWERFUL? Here's a look at the telescope project and some of the science it's expected to produce. The latest protests could be the final stand against it. They say installing yet another observatory on Mauna Kea's peak would further defile a place they consider sacred.Īctivists have fought the $1.4 billion telescope but the state Supreme Court has ruled it can be built. And Native Hawaiian protesters have tried to thwart the start of construction by blocking a road to the mountain. Scientists are expected to explore those and other fundamental questions about the universe when they peer deep into the night sky using a new telescope planned for the summit of Hawaii's tallest mountain.īut the Thirty Meter Telescope is a decade away from being built. ![]()
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