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Utilizing colossal mirrors, astronomy experts aim for a cosmic exploration, here's why this is a significant development:

Construction commenced on the sixth out of seven mirror segments for the Giant Magellan Telescope this year.

Construction underway for sixth out of seven mirror segments in the Giant Magellan Telescope...
Construction underway for sixth out of seven mirror segments in the Giant Magellan Telescope project.

Utilizing colossal mirrors, astronomy experts aim for a cosmic exploration, here's why this is a significant development:

🌟 Whatcha missed, 'outta space'? GMT's sixth mirror casting hits major milestone!

🚀 In exciting news for stargazers worldwide, the Giant Magellan Telescope (GMT) project started crafting its sixth mirror segment this year. Yup, you heard that right! When fully assembled, this bad boy will be one of the next-level astronomical tools around.

🤯 10 Ways the GMT's sixth mirror puts us on the cosmic map:

🔍 1. Say goodbye to the 30-year-old Hubble Space Telescope — GMT's resolution will be 10 times sharper!

🔍 2. GMT is a reflector with a massive main mirror made up of seven 8.4-meter circular segments, giving it a total area of 368 square meters. Talk about size matters!

🔍 3. Cosmic detectives unite! The GMT can pinpoint and analyze even the farthest planets and objects in the universe. No more hiding for you, little alien friends!

🔍 4. Like any self-respecting telescope of the future, GMT will deck itself out with a fancy adaptive optics system. Translation: It'll keep those images crisp and clear, no matter what's happening in the atmosphere.

🔍 5. The GMT will take up residency at the swanky Las Campanas Observatory in Chile, the desert haven for clear nights (over 300 per year, no biggie). That means peak performance, baby.

🔍 6. Upcoming intergalactic newcomer, the James Webb Space Telescope, is pretty impressive, right? Not even close to GMT. The ground-based beast will have 4x the viewing ability of James Webb. Get ready, space cops!

🔍 7. Each mirror segment is made with high-quality borosilicate glass, cooked to perfection in a special rotary kiln at around 1165 degrees Celsius.

🔍 8. After the glass is melted, it takes three whole months to cool down and become homogeneous. Then, the grinding and polishing process begins. Pulverize and shine, people!

🔍 9. The casting of the sixth mirror segment began in March, and the team plans to inspect the newly-forged mirror around June 1st.

🔍 10. Making a GMT mirror is no walk in the park—each one takes about 4 years from start to finish! Two are already in storage, and the remaining three will soon follow suit. The last segment should be cast around 2023.

💬 Join in the galactic gab—Share your telescope thoughts and enter awesome giveaways on our Telegram group. You know, like this: t.me/our website

📚 Sources:

• Engineering marvel: Sixth mirror cast for Giant Magellan Telescope [link]• These giant mirrors will help astronomers see to the edges of the uni [link]• Sixth mirror CASTING brings Giant Magellan TELESCOPE closer to completion [link]

  • The sixth mirror casting for the Giant Magellan Telescope is a significant step forward in the science of space-and-astronomy, as it brings us one step closer to one of the next-level astronomical tools around.
  • Once fully assembled, this technology will not only offer a resolution 10 times sharper than the Hubble Space Telescope but also pinpoint and analyze even the farthest planets and objects in the universe.

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