Challenging Everything! JWST: Ancient black holes grew faster than host galaxies
Ғылым және технология
Dive into the cosmic depths with the James Webb Space Telescope as it unveils a revolutionary finding: supermassive black holes, not galaxies, might have formed first in the universe. This episode explores how these "heavy seeds" of cosmic giants predated and possibly guided the formation of galaxies, challenging traditional astronomical theories. Discover the profound implications of Webb's latest observations and how they're reshaping our understanding of the universe’s early architectural blueprint. Join us for a journey back in time to the cosmic dawn!
Chapters:
00:00 Introduction
00:58 Before the Stars
04:03 The Birth of Giants
06:08 The Power of Quasars
08:36 Outro
09:03 Enjoy
Best Telescopes for beginners:
Celestron 70mm Travel Scope
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Celestron 114LCM Computerized Newtonian Telescope
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Celestron - StarSense Explorer LT 80AZ
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Пікірлер: 39
If Webb's mission had been to rip up every book on cosmology, I think we can say - Mission accomplished. Whatever else is this little beauty going to discover?
Wow, I didn't expect ancient black holes to be able to grow faster than host galaxies! On my channel there have also been new discoveries by JWST in exploring the mysteries of the universe. However, these discoveries It is still in its infancy.
So, primordial black holes are the SMBHs at the centers of galaxies. Still waiting to hear about how SMALL a black hole can be, and were they created in the beginning.
@thewafflegamer6152
12 күн бұрын
Answer: can be as small as subatomic particles, and it was so dense in the beginning that just being slightly denser would turn that clump of matter into a black hole.
@JP-cy1lw
10 күн бұрын
That hardly matters in the realm of things. What does matter is that this channel seems to have ditched CRAP VERTICAL VIDEO.
Supermassive black holes (and quasars) are in some ways the engines (or rotors) of galaxies. Previously it was thought that the galaxies formed first and then the massive black holes, but today we assume the opposite - first black holes and then the galaxies. And it's exactly at this point that we (still) stumble, we don't know why it is like that... There are two assumptions: 1) massive black holes could also have developed through collapsing large gas clouds 2) these very early massive black holes could also come from our previous universe. I think we still lack certain basic knowledge of the first stage of our universe... 🔭
I like this video its interestyng
Realy I like this video so so much like you can imagine
The universe was very dense, in the first few units of time. It sort of makes sense that there would be trillions of over-density regions that collapsed --- the spin maybe came later because of pythagoras or whatever makes accretion disks flat
It depends whether these are observed or simulated.
What diffrences the Normal Black Hole and Ancient Black Holes have and how much normal or even Super Massive Black Holes there is in Our Milkyway Galaxy? 🌌🕳
Or the simplest answer where redshift is intrinsic to the plasmas. There is no spacetime so there is absolutely no expansion.
What information does the expelled radiation from a black hole have? If information is never lost, all the information that falls in past the event horizon is in there somewhere. 🇨🇦☀️😎
THREE CHEERS FOR JWST!!! (OR MANY MORE, IF YOU PREFER!)
❤Let me ask you a question. The speed of light in a vacuum is constant - does this NEED to be confirmed by direct experiment at 75%? Do you have examples of such experiments (Michelson's experiment of 1882/2024 in this regard was only 50% completed). Such 75% experience in as a teaching aid in the modern fiber optic gyroscopic industry…. Can be manufactured as a HYBRID gyroscope. With the help of the HYBRID educational gyroscope, we will be able to demonstrate this experimentally - postulates “Light is a wave of ordered oscillations of gravitational quanta, and the dominant gravitational fields regulate the speed of light in a vacuum.”
This experience also establishes the theory according to which the Big Bang is the result of the collapse of a universal black sphere.
Chicken' egg' chicken' egg. Effects can be their own causes. A galaxy is the accretion disk of a black hole. 2 honkin huge fields coming close enough to one another is I believe another way to form a black hole' counter sync or state of rest' different names for the same thing.
Let's see. Why would black holes form first? Just after energy begins to convert into matter, the matter will be at its densest state ever. Any minor perturbation will cause the nascent matter to begin to clump, growing into an ever larger mass, like a pebble starts an avalanche, until it has collected almost all of the matter within its gravitational sphere. This will create voids around the mass at the center which disrupt the "habitat" the super massive build from. Further perturbations are left with small spans of undifferentiated matter to draw from, like breaking up animal habitats with highways and construction. This matter resolves into the first (third generation? why?) stars, including fast burning blue giants that are massive enough to expand the reach of the supermassive black holes and are pulled into its orbital plane to form galaxies.
@darylbrown8834
13 күн бұрын
Is stellar collapse the only way black holes are created? Or is there another way as well? Not saying I know how ' but I believe that when 2 magnetic/ electromagnetic objects (planets,stars, galaxies' come close enough to one another a counter sync could form. I'm basing this on observations of 2 magnets nearing each other over a ferrocell. Opposite poles suddenly form a counter sync, magnets are not attracted to one another but are attracted to that counter sync between them. ➗
Perhaps too much artist's rendering. Would like to know whst messurements JWS made snd the reaoning behind the theories ... Needing ofc intro to particle/spectral lines. But otherwise fascinsting
Is that threat coming to earth?
@calvinpulliam9719
13 күн бұрын
No it's not heading towards us and we're not heading towards it
@jimstepan3038
12 күн бұрын
Gravity wins‼️🤔 🤠
@archmage_of_the_aether
12 күн бұрын
Yes, we're all going to die
What is the weight of the black hole compared to the rest of the galaxy. ill bet the black doesn't weigh more than the rest of the galaxy. if thats true then there's got to be another force acting on the galaxy. a force that we haven't discovered yet
@BigNewGames
13 күн бұрын
About 25,000 to 1 The Milky Way contains 100 billion solar masses while the black hole in the center is 4 million solar masses.
@rverm1000
13 күн бұрын
There's got be another force that gets activated once the blackhole is created.
@skateboarder27292
13 күн бұрын
Black holes don’t have weight. They have a mass that’s estimated from their measurable gravitational pull on visible objects.
@rverm1000
13 күн бұрын
Well that may be current beliefs, there's no proof
@darylbrown8834
13 күн бұрын
It's just counter space of the honkin huge magnets they are' no mass' no magnitude. A galaxy is just an accretion disk.
Why anyone thoight that galaxies appeared before SMBH's is beyord me. And I doubt that information is even accurate. You only have to look at any spiral galaxy and then you realize something is rotating there with such a curvature of spacetime it's probably in the middle, causing all else to rotate around it. This causes me to doubt if what is being said is accurate.
So it's still 🐔 or 🥚
I disagree. The sphere doesn't get bigger it's a closed environment. Peace ✌️ 😎. Opinion
@obamasenpai8343
13 күн бұрын
I double disagree it just ate a big lunch dont be mean :< it didnt get bigger its still slim
@alex79suited
13 күн бұрын
@obamasenpai8343 I didn't watch it. Just ate aswell and the boiler definitely got bigger lol. Peace ✌️ 😎.
AI voice reading script sometimes incorrectly, I’m not saying the information is wrong but be wary of this kind of content abd be informed of its origin, you wouldn’t give a stranger the keys to your car so don’t hand your mind over to the first idea you agree with.