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@ajeevShrees-bm2gy Exactly! The same principle of magnetic levitation used in bullet trains. 😊

@revathinarayanan Absolutely! Collaboration like this showcases the true potential of human innovation and teamwork. When organizations like SpaceX and ISRO push boundaries together, it inspires the world to dream bigger and achieve more. Thank you for sharing your perspective!

@Colt-v65 Thanks for asking! The background music is called Time Countdown. I appreciate your interest!

@AymanAwsaf-no8ym thank you

@baothien-coca3078 No, someone cannot survive a black hole due to its extreme gravitational pull and the spaghettification effect near the event horizon. But the research is still going on let us wait and watch.

​@@Nikethan_Unscriptedthen nasa must have the black hole proof probe rn (It could be impossible)

@@Sillybirdy524 If it were that simple, NASA would likely have definitive black hole evidence by now! So we will wait.

@fasttimeswithchiefishaan6338 Thanks a lot! I'm glad you enjoyed the video! 🚀✨

@strangeuniverse7626 Thank you for your appreciation! Regarding asteroids with mass equal to or greater than Earth, those are extremely rare and generally fall into the category of planetesimals. NASA's DART mission primarily focuses on smaller asteroids that could pose a potential impact threat. Handling larger asteroids would require a more comprehensive approach involving international collaboration and advanced technologies. I'm glad you enjoyed the video! 🚀✨

@tienminhnguyen2589 Thanks! While it might look like a simple edit, the video enhances Earth-like features on Mars billions of years ago, depicting similarities such as liquid water and volcanoes. It offers a glimpse into Mars' ancient appearance. Appreciate your interest! 🌌🚀

@thisman79 Absolutely fascinating! The impact of Betelgeuse going supernova on Earth's brightness for 14 days would be a mesmerizing spectacle. The cosmic wonders never cease to amaze!

@shawns0762 Interesting perspective! Einstein's views on singularities and dilation certainly add depth to the discussion about black holes. It's fascinating to consider the impact of mass dilation on our understanding of galactic centers and dark matter. Thanks for sharing this insightful historical context! 🌌🤔

@@Nikethan_Unscripted They definitely do not exist. The shape of a galaxy is common in nature. From atoms to our solar system the overwhelming majority of the mass is in the center. The same must be true for galaxies. Where there is an astronomical quantity of mass there is an astronomical quantity of energy. The night sky should be lit up from the galactic center but it isn't. The modern explanation for this is because gravitational forces there are so strong that not even light can escape, even though the mass of the photon is zero. Einstein's answer would be because the mass there is dilated relative to an Earthbound observer. This would also be the answer from Heisenberg, Schrodinger, Dirac, Bohr and every other physicist from the first half of the last century. Black holes were popularized by television and movies starting in the 1960's and belief in them gradually came to be. The recent discovery that very, very low mass galaxies is proof that dilation is occurring in common spiral galaxies, there can be no other realistic explanation for this fact.

@shawns0762 Thanks for sharing your perspective! It's interesting how views on black holes have evolved over time. The existence of black holes is well-supported by observational evidence, including the behavior of stars and gas near the centers of galaxies, the detection of gravitational waves from merging black holes, and the emission of high-energy radiation from regions surrounding black holes. 🌌🤔

@@Nikethan_Unscripted The shape of a galaxy is common in nature. From atoms to our solar system, the overwhelming majority of the mass is in the center. The same must be true for galaxies. Where there is an astronomical quantity of mass there is an astronomical quantity of energy. The night sky should be lit up from the galactic center but it isn't. The modern explanation for this is because gravitational forces are so strong there that not even light can escape, even though the mass of the photon is zero. Einstein's answer would be because the mass there is dilated relative to an Earthbound observer. This would also be the opinion of Planck, Heisenberg, Schrodinger, Dirac, Bohr, Feynman and every other physicist between 1925 (when the existence of galaxies was confirmed) and 1960. You believe in something that is based on a mathematical misconception, was popularized by television and movies starting in the 1960's, and nobody has ever seen. What we see in modern astronomy is exactly what Relativity and mathematics would predict. Wherever there is an astronomical quantity of mass, dilation will occur. The fact that very, very low mass galaxies have predictable star rotation rates is confirmation that dilation is occurring in common spiral galaxies.

@@Nikethan_Unscripted question what stronger a kilonova? Or a hypernova

@Naif_cooledits The distance between Betelgeuse and Earth is vast, Scientists predict it could happen within the next 100,000 years, but it's hard to pinpoint an exact timeline. No need to worry for now!

Thanks for the fact Ill subscribe

@@Naif_cooledits You're welcome! Appreciate the support-thank you for subscribing! 🌟

Indeed, the mission's success will depend on overcoming significant challenges. Let's wait and watch.