Betelgeuse Supernova Explosion To Take The Night Sky ALL Over The The World ?
The Great Dimming Event of Betelgeuse, where the red supergiant star visibly faded in late 2019 and early 2020, puzzled and fascinated the world as it happened. Many strongly believed that could be a precursor to the upcoming star’s mighty collapse.
But now, in the new glowing pictures of this week, a team of scientists from France’s Université Côte d’Azur has just shed new light on how Betelgeuse became darker.
Join us as we dig deep into the Mysterious Dimming of Supergiant Star Betelgeuse Star!
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7 Comments
The entire area around Betelgeuse is, so to speak, on a powder keg; we can only be happy to be 700 light-years away from this “giant monster”.
If Betelgeuse goes supernova (which may have already happened), the entire area will certainly experience an explosive period, hopefully devoid of living beings… 💥
Well produced and a great overview into Betelgeuse. Thanks
Why he say it like 35 different ways… I swear one time he just said feetlegeese
What a pity.
Would be nice to see what the world-wide panic would look like if Betelgeuses supernova action was thought to be a danger to survival on Earth.
There would be a huge rise in doomsday predictions (which may occur when it brightens noticeably anyway).
A dark matter halo around galaxies fail to explain why their satellite galaxies and stars extremely far from the barycenter of mass are unable to reach escape velocities. Even though some have exceeded a million miles per hour they continue to orbit. A dark matter halo should have yanked them out.
And as for the planets in the solar system they should be equally affected by dark matter seeing how mass falls at the same rate in a vacuum, regardless of density or weight. A feather and a bowling ball in a vacuum fall at the same rate. If the only effect dark matter has on matter is through gravity then all the mass in our solar system should be effected equally, thus the bodies like Saturn, Pluto, Uranus, objects in the Kuiper belt should all be effected more, seeing how they would be further from the gravitational influence of the sun than they were to the proposed dark matter halo. So the orbits of all the bodies in the Kuiper belt should be affected by they are not. That then becomes empirical evidence that there is no dark matter halo and there has to be another explanation for the wild orbits of the distant Kuiper belt objects.
I proposed the reason why the distant Kuiper belt objects have taken on wild elliptical orbits around the sun is because they ventured outside the sun's protective Heliosphere. By doing so they've came into resistance from extra solar winds streaming from the galactic core, a wind measured at more than 2 million miles per hour. Encountering this wind after the bodies have slowed down beyond the sun's influence would change their trajectory and velocity, forcing them back into the solar system with a skewed orbit. No need for dark matter, planet 9 or even a dark star or miniature black hole.
When Voyager I and II spacecrafts exited the sun's Heliosphere, they began measuring an uptick in particle density and temperature, along with a high velocity extra solar wind, pushing them off track, to which they had to compensate else lose track of Earth.
I believe MOND is on the right track to explaining the rapid motion of stars and satellite galaxies in their host galaxies. I however got a different value than they did, I got a slow acceleration of 0.00000482 in/s² (0.0000122 cm/s².
Just enjoy no need to complain