European Southern Observatory’s Post

🌌 In astronomy, precise telescope optics are crucial for success. At the Large Binocular Telescope in the US – the world’s largest infrared telescope – Hexagon’s ABSOLUTE MULTILINE system ensures micrometre-level precision when aligning the telescope’s main optical components, enhancing image quality and observation efficiency. 🚀 The system will soon be implemented at the new Giant Magellan Telescope in Chile. 🔭 Discover more about how we’re helping expand the boundaries of space research 🔎 https://hxgn.biz/3xWaKtl #AstroScience #TelescopeTech #Astronomy #SpaceResearch #PrecisionOptics

🌌 In astronomy, precise telescope optics are crucial for success. At the Large Binocular Telescope in the US – the world’s largest infrared telescope – Hexagon’s ABSOLUTE MULTILINE system ensures micrometre-level precision when aligning the telescope’s main optical components, enhancing image quality and observation efficiency. 🚀 The system will soon be implemented at the new Giant Magellan Telescope in Chile. 🔭 Discover more about how we’re helping expand the boundaries of space research 🔎 https://hxgn.biz/3xWaKtl #AstroScience #TelescopeTech #Astronomy #SpaceResearch #PrecisionOptics

🌌 In astronomy, precise telescope optics are crucial for success. At the Large Binocular Telescope in the US – the world’s largest infrared telescope – Hexagon’s ABSOLUTE MULTILINE system ensures micrometre-level precision when aligning the telescope’s main optical components, enhancing image quality and observation efficiency. 🚀 The system will soon be implemented at the new Giant Magellan Telescope in Chile. 🔭 Discover more about how we’re helping expand the boundaries of space research 🔎 https://hxgn.biz/3xWaKtl #AstroScience #TelescopeTech #Astronomy #SpaceResearch #PrecisionOptics

NASA shared a 3d tour of Pillars of Creation, a famous astronomical structure created using data from both Hubble and James Webb Space Telescopes. It's sooo bueatiful:) Pillars of Creation - Located in the Eagle Nebula (M16), about 6,500 light-years away - Three large, dense columns of interstellar gas and dust, each about 10 light-years long - Formed by the collapse of a giant molecular cloud Hubble Space Telescope (HST) Observations - Observed the pillars in visible light in 1995 - Revealed the iconic structure, but was limited by dust and gas obscuration - Showed the pillars' surface features, including ridges and valleys James Webb Space Telescope (JWST) Observations - Observed the pillars in infrared light in 2022 - Penetrated through dust and gas, revealing hidden stars and structures - Showed the pillars' internal structure, including cavities and filaments - Revealed the formation of new stars within the pillars 3D Tour - Combines HST and JWST data to create a virtual "flight" through the pillars - Allows a immersive exploration of the pillars' structure and evolution - Highlights the complementary capabilities of HST and JWST Key Features Revealed by JWST - Hidden stars: Forming within the pillars, revealed by JWST's infrared vision - Gas and dust: Swirling around the stars, illuminated by JWST - Cavities: Hollowed out by radiation and winds from nearby stars - Filaments: Thread-like structures connecting the pillars Technical Details - HST: Observed in visible light (0.4-0.8 μm) using the Wide Field and Planetary Camera 2 (WFPC2) - JWST: Observed in infrared light (1.0-2.5 μm) using the Near-Infrared Camera (NIRCam) - Data processing: Combined HST and JWST data using advanced algorithms and visualization techniques This is showing the power of multi-wavelength astronomy and the complementary capabilities of Hubble and James Webb Space Telescopes. and it become my favourite view 🙂

Just when we think we've seen it all, the universe reveals its secrets. The James Webb Space Telescope (JWST) continues to redefine our understanding of space, this time by capturing a star in the throes of birth. The Webb's unparalleled ability to peer through dense gas and dust unveils phenomena that were once cloaked in mystery. Wherever the JWST looks, it finds matter and energy in a celestial ballet. Its latest performance? A star's formation, detailed more vividly than ever before. This isn't just another space photo; it's a glimpse into the origins of the cosmos. This discovery underscores the importance of innovation and exploration in the field of space science. As we push the boundaries of technology, we're not just learning about the universe; we're witnessing the very processes that shape it. For those of us in STEM, especially in the sectors of space and technology, this is a clarion call. The advancements of tools like the JWST don't just expand our knowledge—they open new avenues for research, development, and even industry. Imagine the possibilities that lie in understanding the universe's most fundamental processes. From energy to materials science, the applications are as boundless as space itself. Let's not just watch as the universe unveils its secrets. Let's be at the forefront, driving the innovation that explores these mysteries. Read more about this fascinating discovery: [https://lnkd.in/erDJkNQ8) The universe is talking. It's time we listen more closely than ever.

🌌 In astronomy, precise telescope optics are crucial for success. At the Large Binocular Telescope in the US – the world’s largest infrared telescope – Hexagon’s ABSOLUTE MULTILINE system ensures micrometre-level precision when aligning the telescope’s main optical components, enhancing image quality and observation efficiency. 🚀 The system will soon be implemented at the new Giant Magellan Telescope in Chile. 🔭 Discover more about how we’re helping expand the boundaries of space research 🔎 https://hxgn.biz/3xWaKtl #AstroScience #TelescopeTech #Astronomy #SpaceResearch #PrecisionOptics

🌌 In astronomy, precise telescope optics are crucial for success. At the Large Binocular Telescope in the US – the world’s largest infrared telescope – Hexagon’s ABSOLUTE MULTILINE system ensures micrometre-level precision when aligning the telescope’s main optical components, enhancing image quality and observation efficiency. 🚀 The system will soon be implemented at the new Giant Magellan Telescope in Chile. 🔭 Discover more about how we’re helping expand the boundaries of space research 🔎 https://hxgn.biz/3xWaKtl #AstroScience #TelescopeTech #Astronomy #SpaceResearch #PrecisionOptics

🌌 In astronomy, precise telescope optics are crucial for success. At the Large Binocular Telescope in the US – the world’s largest infrared telescope – Hexagon’s ABSOLUTE MULTILINE system ensures micrometre-level precision when aligning the telescope’s main optical components, enhancing image quality and observation efficiency. 🚀 The system will soon be implemented at the new Giant Magellan Telescope in Chile. 🔭 Discover more about how we’re helping expand the boundaries of space research 🔎 https://hxgn.biz/3xWaKtl #AstroScience #TelescopeTech #Astronomy #SpaceResearch #PrecisionOptics

The Extremely Large Telescope (ELT), under construction in Chile's Atacama Desert, will be the world's largest visible and infrared light telescope. Developed by the European Southern Observatory (ESO), it is set to achieve "first light" by 2028. Key features include: - A massive M1 primary mirror, 39 meters (128 feet) wide, weighing 200 tons. - Advanced optics with five mirrors, including the largest convex mirror ever made. - Capabilities to study exoplanets, atmospheres, and cosmic expansion. Construction milestones, like the dome and mirror base, are on schedule. The telescope promises unprecedented astronomical observations over the next two decades. https://lnkd.in/erfC3DSN

🌌 In astronomy, precise telescope optics are crucial for success. At the Large Binocular Telescope in the US – the world’s largest infrared telescope – Hexagon’s ABSOLUTE MULTILINE system ensures micrometre-level precision when aligning the telescope’s main optical components, enhancing image quality and observation efficiency. 🚀 The system will soon be implemented at the new Giant Magellan Telescope in Chile. 🔭 Discover more about how we’re helping expand the boundaries of space research 🔎 https://hxgn.biz/3xWaKtl #AstroScience #TelescopeTech #Astronomy #SpaceResearch #PrecisionOptics