NASA Breakthrough: A Hypervelocity Object Speeding Out of The Milky Way-Here’s Why!
Discover the thrilling story of CWISE J1249, a brown dwarf zooming out of the Milky Way at
nearly 1 million miles per hour! Thanks to the help of citizen scientists, this incredible “failed
star” was found speeding through space after a likely supernova or black hole encounter. Learn
how this discovery reshapes our understanding of stellar dynamics and the power of citizen
science in space exploration. Watch now for the full story!
00:00 Intro
00:28 The Discovery and What We Know About CWISE J1249
02:58 The Science Behind CWISE J1249’s Journey
04:50 The Implications for Astrophysics and Future Discoveries
07:23 Outro
07:41 Enjoy!
MUSIC TITLE : Starlight Harmonies
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Seems unlikely a supernova explosion would launch an object such as a star like a cannonball. Wouldn't it more likely be obliterated from such an event? We should also be reminded that our solar system is moving through space at about 500 thousand mph. Is this object viewed with the directional plane of motion of our solar systems location?
It's in gods hands❤
Frb s. Spce craft going. Warp speed.
another pinball all in shot out into theunversal pinbball machine; cool. I wonder if there fiippers somewhere?
Considering C wise J 1,249's ancient origins, do you think it holds clues to the early stages of the Milky Way's formation? Could studying such objects redefine our timeline of galactic history?
We earthlings must sing praises to the Sun, Jupiter, Saturn. Uranus and Neptune for protecting us from so many dangers for so long. Let's hope our luck never runs out!!!
So a Saturn? Dang…
What does an astronomer mean when it's said that an object has a certain speed? In relation to what, exactly? Do objects have the same time-relativity as each other?
I saw a dude leaving Walmart with a TV on his shoulder doing about the same speed.
Will it ever escape from the Local Group?
It may be highly unlikely that a molten gas giant on the verge of collapsing and birthing a new star while travelling at roughly half the speed of light would end up on a collision course with earth, but if it did I don't think we'd be worrying for very long. I picture a cartoon fly hitting a windshield and making a squish noise (POIK)
Kabatnik? Robotnik.. fast objects… Sonic… Oh shit.
Fascinating that we now entertain the idea of transients escaping their parent star systems or maybe even being formed without ever having been part of a star system.Who says you need a star to form a planet.Gravity doesn't care who you are or where you're from,right?
I have suspected for some time that the 'strange' rotation of Uranus is more likely to be because it was ejected from another star system with a different orbital plane.Much more likely,I think than it being hit so hard that it's rotation was changed by 90 degrees.Such an impact would surely have destroyed it,no matter how much chalk you put on the cue ball.
Pulling force reacted as if ketta pull star gathering momentum as released from binary star.
NO BIGGIE!? Just another Alien Death Star. 🌟🖖👽
Hooray for NASA JPL Lockheed Martin Northrup Space X!
He scape from milky way ..black hole is policeman in space if black hole catch you you will be new new born star 🌟once you🤩 ⭐ out in black 🕳 🕳 hole.
Light travels 670 million mph. This object travels 1 million mph. That's from Earth to Moon in 10 seconds. For me personally it's easier to imagine the speed this way.
Is it’s redshift measured? If it is low mass, high velocity and high Z red shifted then it could well fit into Halton Arps description of a proto-quasar.
20.20 lvl E2Jju2QYÑX lxl EXE EVE EYE EXE JYVULjüñQRUXYÑ
Wickend Monthly jvun jxun LyvurjxñuQL Ljvurtuv luv Lunqx
Quite slow really, but fast enough to make a big mess if it went through our solar system. Why is it leaving us? Was it something we said?
Very cool. Peace ✌️ 😎.
how can they measure the mass of an object like this? is it gravitationally bound to something of known mass?