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astro_world____xll
┠𝐥͟𝗿͟𝗶͟𝘁͟𝗵̲͟𝗶͟𝗸͟🤍
@astro_world____xll
📬:-creating positive experiences. 📬:-astro world
Hawking radiation is the theoretical radiation emitted by black holes, proposed by Stephen Hawking in 1974. Simple explanation Black holes are not completely black. They slowly lose energy by emitting tiny particles. This emission is called Hawking radiation. 2). My words 1. Stellar-mass black hole (mass similar to the Sun) Temperature ≈ 0.00000006 Kelvin Very close to absolute zero (−273.15 °C) Colder than the universe’s background temperature (2.7 K) 2. Supermassive black hole (at galaxy centers) Temperature ≈ 0.00000000000001 Kelvin Extremely cold 3. Very tiny black hole (theoretical) Temperature can reach millions or billions of Kelvin Extremely hot ##🤔Reasoning✍ ##📚एजुकेशनल ज्ञान📝 #📰 ताज़ा अपडेट
#🤔Reasoning✍ - Hawking Radiation Particle pairs Particle pairs Hawking radiation Infalling particle Event horizon Hawking Radiation Particle pairs Particle pairs Hawking radiation Infalling particle Event horizon - ShareChat
##📚एजुकेशनल ज्ञान📝 ##🤔Reasoning✍ From Earth's air and ozone layer to the Moon, Jupiter, and the Sun's protective bubble, many natural systems work together to keep our planet safe and make life possible.
#📚एजुकेशनल ज्ञान📝 - Outside the planets; the Sun creates a huge invisible bubble called the heliosphere This bubble protects our whole solar system by blocking dangerous space rays and radiation; helping keep Earth safe Outside the planets; the Sun creates a huge invisible bubble called the heliosphere This bubble protects our whole solar system by blocking dangerous space rays and radiation; helping keep Earth safe - ShareChat
Light doesn't travel instantly, it moves at about 300,000 km per second. That means distance in space equals time in the past. At 66 million light years away, the light reaching you today left Earth 66 million years ago, during the late Cretaceous period. But here's the catch: To actually resolve dinosaurs from that distance, you'd need a telescope with an absurdly enormous aperture, far beyond anything physically practical. The light exists, but collecting enough detail is the real challenge. So the physics of light travel time is correct. ##🤔Reasoning✍ ##📚एजुकेशनल ज्ञान📝
#🤔Reasoning✍ - Did you know ? If you were to instantaneously appear in a place that is 66 million light years away and pointed a really advanced telescope towards earth you would see dinosaurs Did you know ? If you were to instantaneously appear in a place that is 66 million light years away and pointed a really advanced telescope towards earth you would see dinosaurs - ShareChat
Quantum particles can stay connected across space. Experiments show reality isn't local the way we imagined. But here's the important part. Physics does not prove free will is fake. That question belongs to philosophy, not experiments. Entanglement shows deep connections in nature, not destiny, not magic, not pre written lives. Science keeps asking. We keep learning. ##📚एजुकेशनल ज्ञान📝 ##🤔Reasoning✍ #📰 ताज़ा अपडेट
#📚एजुकेशनल ज्ञान📝 - What Is Quantum Entanglement ? Very Strange Quantum World What Quantum Nonlocality Entangled particles share one state Measure one and Entanglement Really Atoms and light behave in surprising ways: Nothing you learn abut the other even far away Say About Free Will ? Sometimes like waves Sometimes like particles travels between them Its shared information ٤٠ ٢؟٠ ٩  ٠ 5 Fcc  .ಖ"* Sfukl AToV Einstein Didnt Like This Bell s Test Nonlocality ' What Is Einstein believed hidden rules John Bell created a test for Einstein s idea explained entanglement He called it araway events can be linked in quantum physics If hidden rules existed results must follow Bells He thought nothing spooky action. They But this does not send messages faster than light Inequality Scientists tested it many times should act instantly at a distance: found: Hidden Iules don t explain entanglement It only shows strong correlations  09  What Experiments Show Simple Conclusion Results tell us: No hidden variables. About Free Will Quantum physics shows deep Reality isnt classically local connections It doesnt rewrite No faster than light signals Some suggest superdeterminism but it isn t destiny It doesn't break relativity proven and is mostly philosophy Quantum Nature is stranger than expected learning. We are still physics does not say free willis fake What Is Quantum Entanglement ? Very Strange Quantum World What Quantum Nonlocality Entangled particles share one state Measure one and Entanglement Really Atoms and light behave in surprising ways: Nothing you learn abut the other even far away Say About Free Will ? Sometimes like waves Sometimes like particles travels between them Its shared information ٤٠ ٢؟٠ ٩  ٠ 5 Fcc  .ಖ"* Sfukl AToV Einstein Didnt Like This Bell s Test Nonlocality ' What Is Einstein believed hidden rules John Bell created a test for Einstein s idea explained entanglement He called it araway events can be linked in quantum physics If hidden rules existed results must follow Bells He thought nothing spooky action. They But this does not send messages faster than light Inequality Scientists tested it many times should act instantly at a distance: found: Hidden Iules don t explain entanglement It only shows strong correlations  09  What Experiments Show Simple Conclusion Results tell us: No hidden variables. About Free Will Quantum physics shows deep Reality isnt classically local connections It doesnt rewrite No faster than light signals Some suggest superdeterminism but it isn t destiny It doesn't break relativity proven and is mostly philosophy Quantum Nature is stranger than expected learning. We are still physics does not say free willis fake - ShareChat
Beautiful way 🌍:- Interns work on mission-based projects and build teamwork, communication, and problem-solving skills alongside NASA scientists. #📰 ताज़ा अपडेट ##🤔Reasoning✍ ##📚एजुकेशनल ज्ञान📝
📰 ताज़ा अपडेट - ShareChat
Before fall leaves, enjoy these seasonal offerings from space. Before fall gives way to winter in the northern hemisphere, NASA's Chandra X-ray Observatory has several images that celebrate autumn and its many delights to share. In spirit of the season, this collection gathers Chandra data with those from NASAWebb, NASAHubble, and other telescopes. Visual Description: This post highlights four composite images. Each image features data gathered by the Chandra X-ray Observatory and other telescopes. At our upper left is NGC 6334, a massive nebula and star-forming region. In this image, scores of glowing young stars, depicted as tiny specs of distant light, illuminate an otherwise dark scene. The specs of red, green, yellow, purple, and white, are clustered near the center of the image, but extend to the edges of the frame in faint streaks. Partially masking the specs of color are tendrils of grey clouds; strong winds of dust and gas #🤔Reasoning✍ #🧠 रीजनिंग नॉलेज😎 #🔬विज्ञान के प्रयोग🧬 #✍अजब-गजब वैज्ञानिक तथ्य👨‍🔬 #📚एजुकेशनल ज्ञान📝 blowing from the still-forming stars.
🤔Reasoning✍ - ShareChat
The Great Red Spot on Jupiter is a massive storm that has been observed for more than 300 years. It is larger than Earth and powered by extreme winds reaching hundreds of kilometers per hour. On Earth, storms fade when they hit land. Jupiter has no solid surface, only thick layers of gas. This allows the storm to keep spinning without losing energy. Over time, scientists have noticed the Great Red Spot slowly shrinking, but it is still incredibly powerful. It remains the largest and longest-lasting storm ever observed in our solar system. #📚एजुकेशनल ज्ञान📝 #✍अजब-गजब वैज्ञानिक तथ्य👨‍🔬 #🔬विज्ञान के प्रयोग🧬 #🧠 रीजनिंग नॉलेज😎 #🤔Reasoning✍
📚एजुकेशनल ज्ञान📝 - Jupiter has a giant storm called the Great Red Spot Its not a mark or a crater Its a storm that has been raging for over 300 years The storm is so large that Earth could fit inside it. Winds inside the Great Red Spot reach speeds over 400 kilometers per hour: Unlike storms on Earth that last days or weeks this one survives because Jupiter has no solid surface to slow it down: It's the longest-lasting storm we ve ever seen in the solar system Follow if youre obsessed with the space Jupiter has a giant storm called the Great Red Spot Its not a mark or a crater Its a storm that has been raging for over 300 years The storm is so large that Earth could fit inside it. Winds inside the Great Red Spot reach speeds over 400 kilometers per hour: Unlike storms on Earth that last days or weeks this one survives because Jupiter has no solid surface to slow it down: It's the longest-lasting storm we ve ever seen in the solar system Follow if youre obsessed with the space - ShareChat
Revolutionary Vera Rubin Observatory Releases First Images, Capturing Millions of Galaxies and Thousands of Asteroids in Record-Breaking Detail The NSF-DOE Vera C. Rubin Observatory in Chile has officially begun its mission to revolutionize astronomy, releasing breathtaking first images that showcase the telescope's extraordinary capabilities and promise a new era of cosmic discovery. less #🤔Reasoning✍ #🧠 रीजनिंग नॉलेज😎 #🔬विज्ञान के प्रयोग🧬 #✍अजब-गजब वैज्ञानिक तथ्य👨‍🔬 #📚एजुकेशनल ज्ञान📝
🤔Reasoning✍ - ASTRONOMERS WORLDSLAROESI SPACE CAMERA JUST TOOK ITS FIRST SHOTS ASTRONOMERS WORLDSLAROESI SPACE CAMERA JUST TOOK ITS FIRST SHOTS - ShareChat
On this day, February 1, 2003, Space Shuttle Columbia disintegrated during re-entry into Earth's atmosphere after completing its STS-107 science mission. The cause traced back to launch, when a piece of foam insulation struck the shuttle's left wing. The impact created damage that allowed superheated air to enter the wing during re-entry. At speeds over Mach 18, the structure failed, and the vehicle broke apart. There was no opportunity for recovery. #📚एजुकेशनल ज्ञान📝 #✍अजब-गजब वैज्ञानिक तथ्य👨‍🔬 #🔬विज्ञान के प्रयोग🧬 #🧠 रीजनिंग नॉलेज😎 #🤔Reasoning✍
📚एजुकेशनल ज्ञान📝 - February 1, in 2003, Space day; On this Shuttle Columbia was returning to Earth day after a 16- research mission known as STS-107. During launch; a piece of foam insulation broke off the external fuel tank wing: The and struck the shuttles left damage was not fully understood while the spacecraft was in orbit. During re-entry; extreme heat entered the wing through the damaged area The structure failed, and the shuttle broke apart at hypersonic speed over the United States: The mission was lost during return not launch; highlighting how even small damage can become catastrophic in spaceflight. Follow if youre obsessed with the space February 1, in 2003, Space day; On this Shuttle Columbia was returning to Earth day after a 16- research mission known as STS-107. During launch; a piece of foam insulation broke off the external fuel tank wing: The and struck the shuttles left damage was not fully understood while the spacecraft was in orbit. During re-entry; extreme heat entered the wing through the damaged area The structure failed, and the shuttle broke apart at hypersonic speed over the United States: The mission was lost during return not launch; highlighting how even small damage can become catastrophic in spaceflight. Follow if youre obsessed with the space - ShareChat
Live image of the Andromeda Galaxy(2026):- It is 2.5 million light years away from us, Meaning – the light we see from Andromeda today originated from there about 2.5 million years ago. #🤔Reasoning✍ #🧠 रीजनिंग नॉलेज😎 #🔬विज्ञान के प्रयोग🧬 #✍अजब-गजब वैज्ञानिक तथ्य👨‍🔬 #📚एजुकेशनल ज्ञान📝
🤔Reasoning✍ - ShareChat