Hey Insane Curiosity Squad! If you liked the video, we would love for you to share it with your friends or on other social networks like Facebook, Reddit, Instagram, TikTok and Twitter, etc... (Since the algorithm is not cooperating in showing us to the public 😅). In just 30 seconds, you will greatly help our Channel to grow and improve future contents. A big thank you from all of us.
@thatonephannie whoexists very inaccurate? I don't necessarily watch this channel to be educated, I mostly have been overeducated in aspects of cosmology, but it's typically just because I love science. I've seen a couple things that I disagreed with but I wouldn't go as far as to say "VERY" inaccurate. More like occasionally inaccurate....
@@danievdw god bless. If you're on this channel I think we can all agree in advance that the big bang is understood to be the expansion of space time. If we all know and understand that as what it's attempting to explain...we can literally call it anything and it's fine.
The Big Bang was not an explosion, it was an expansion of spacetime. Explosions hurtle matter outward from a center. The Big Bang had no center, and the universe expanded everywhere in it. The Big Bang did not hurtle anything anywhere.
Would be cool to display whole sentences not cut them off in the middle ;) its just inconsistent. Apart from that keep on the good work I really like your videos
I know this is not the place to joke, but the other day when one of my computer building buddies told me RBG passed, my honest to god first thought was o man but I love the way it looks in your case... and then it hit me. I cried.
@@jakeg3733 I think they're implying that it is so powerful, that it'll be like the near impossibility of a supernova's GRB pointing exactly at us. If a hypernova's GRB is actually _pointing at us,_ well, this was a nice half of the galaxy to know.
@@glidershower Sure, but how wide would the "beam" realistically be? I don't understand the physics very well, but I'm assuming it wouldn't be a 50,000 light year wide death ray that would scour every world within a massive section of the galaxy. You wouldn't want to be near it or in it's path, but the above seemed... Improbable
Astronomers have long observed that the gravitational force due to ordinary matter doesn’t appear to be sufficient to keep rapidly moving stars inside their galaxies. The gravitational pull of dark matter is assumed to make up the difference. In regions where the force of gravity is strong, bodies obey Newton’s law of gravity, which states that the gravitational force between two objects decreases in proportion to the square of the distance that separates them. But in environments of extremely weak gravity - like the outer parts of a galaxy - another type of gravity is in play. This gravity decreases more slowly with distance, which means that it doesn’t weaken as much.The idea is to make gravity stronger when it should be weaker, like at the outskirts of a galaxy. Hypernovae are possibly the most powerful explosions in our Universe. Eventually the core of the star runs out of hydrogen. When that happens, the star can no longer hold up against gravity. While the core collapses, the outer layers of material in the star to expand outward. The star expands to larger than it has ever been - a few hundred times bigger! Since the early 1900s, Einstein’s theory of gravity - called the general theory of relativity - has dominated the theories and calculations of cosmologists, those who explain the workings of our universe as a whole. General relativity has been proven again and again, most recently with the first direct black hole image. Now, physicists at Durham University in the U.K. say that Einstein’s general theory of relativity might not be the only way to explain how gravity works or how galaxies form. Black holes play a key role in galaxy formation because the heat and material they eject when swallowing surrounding matter can burn away the gas needed to form stars, effectively stopping star formation.The amount of heat spewed out by black holes is altered by changing gravity, affecting how galaxies form. These physicists said their work might also shed light on our understanding of the observed accelerating expansion of the universe. The chameleon is a hypothetical scalar particle that couples to matter more weakly than gravity, postulated as a dark energy candidate. Due to a non-linear self-interaction, it has a variable effective mass which is an increasing function of the ambient energy density-as a result, the range of the force mediated by the particle is predicted to be very small in regions of high density (for example on Earth, where it is less than 1mm) but much larger in low-density intergalactic regions: out in the cosmos chameleon models permit a range of up to several thousand parsecs. As a result of this variable mass, the hypothetical fifth force mediated by the chameleon is able to evade current constraints on equivalence principle violation derived from terrestrial experiments even if it couples to matter with a strength equal or greater than that of gravity. Although this property would allow the chameleon to drive the currently observed acceleration of the universe's expansion, it also makes it very difficult to test for experimentally.
@@noahludford3667 , to be short the idea is to make gravity stronger when it should be weaker, like at the outskirts of a galaxy. Hypernovae are possibly the most powerful explosions in our Universe. Eventually the core of the star runs out of hydrogen. When that happens, the star can no longer hold up against gravity. While the core collapses, the outer layers of material in the star to expand outward. The star expands to larger than it has ever been - a few hundred times bigger!
@@romliahmadabdulnadzir1607 Kinda funny, just heard all of this before and I was being a smartass! Due it finally happened, I met something just as dense as I am!!!
I really like your content, but like... you don't need to say "stick around to find out more" twice a video. I know I'm going to find out more, that's why I clicked on the video.
Ehh i don’t think it’s too bad when you compare to other aggravating clickbait space vids that use fake pics and falsely claim new discoveries in the title only for cash out views from JWST and renewed space interest.
@@Jay-qb9gi I know. But I was wondering since they use the prefixes Super, then Hyper, then Ultra in terms of orders of magnitude. Maybe Ultranova should be the "Largest" since Ultra is Ultimate - Infinitely the greatest. Makes more sense than using Hyper in that same terminology.
Ive never felt more miniscule in my life. The favt these types of phenomenon exist in space....forget an astroid, anyone of these goes off nearby and thats a wrap.
No, a blazzar is an actively feeding quasar. It creates massive jets out of it's top and bottom poles relative to it's spin. Those jets are an extinction event waiting to happen if they hit us. Chances are low but never zero.
@@straytakermusic I really don't think so, lol... It's the same thing in stores where they ask "may I help you" and the customer just leaves just because of this. So it's quite the perfect opposite to your dumb claim.
Yes there was one that happened in our own milky way. There are several theories as to how it happened. My personal favorite theory says a gas giant/ brown dwarf slowly and at a very precise angle falls into a quasar. The angle of descent let's the outer shell of the brown dwarf that faces the quasar turn into diterium. When that huge ball of super fuel finally hits, it produces an ungodly galaxy shaking explosion. Those bubbles (fermi) are still seen in our milky way today. Lucky for us that explosion was seven million years ago.
Hi Matt! Not really, A Hypernova It is a type of stellar explosion of magnitude higher than most supernovae. Astronomers identify two major types of supernovas: Type I Supernova: This is similar to a nova but the explosion is much more powerful. A Type I supernova has no hydrogen in its spectrum. Type II Supernova: A star several times more massive than the sun runs out of nuclear fuel and collapses under its own gravity until it explodes. A Type II supernova has hydrogen in its spectrum.
SUPERLUMINOUS SUPERNOVA (Hypernova): A burst 5 to 50 times more energetic than a supernova. That would be the classification! Thanks for watching and for your inquiry!
Multinova *Nova *Supernova > *Hypernova] 3 Super 1 hyper Makes enough gas for a Multinova Tnt: 10 to the power of 178 5.7x stronger than a hyper nova This isn't true I just thought this would be cool
![[UA] Eternal Fire проти NAVI | EPL Season 20 Malta](http://i.ytimg.com/vi/chvlsDygrZM/mqdefault.jpg)
Hey Insane Curiosity Squad! If you liked the video, we would love for you to share it with your friends or on other social networks like Facebook, Reddit, Instagram, TikTok and Twitter, etc... (Since the algorithm is not cooperating in showing us to the public 😅). In just 30 seconds, you will greatly help our Channel to grow and improve future contents. A big thank you from all of us.
Hypernova. When supernova said to hold his beer
Yeah because “humans are strong”
Gabriel Pablo Rodriguez said he’ll kill all parents and is relieved
Noticed a big improvement in the scientific accuracy of your videos recently, re-subscribed, keep up with the improvements.
@thatonephannie whoexists very inaccurate? I don't necessarily watch this channel to be educated, I mostly have been overeducated in aspects of cosmology, but it's typically just because I love science. I've seen a couple things that I disagreed with but I wouldn't go as far as to say "VERY" inaccurate. More like occasionally inaccurate....
Yes! This is because we've learned from our mistakes and commited to improve more everyday! Happy to have you back!
Still is inaccurate, keep calling Big Bang a explosion.
@@danievdw god bless. If you're on this channel I think we can all agree in advance that the big bang is understood to be the expansion of space time. If we all know and understand that as what it's attempting to explain...we can literally call it anything and it's fine.
The Big Bang was not an explosion, it was an expansion of spacetime. Explosions hurtle matter outward from a center. The Big Bang had no center, and the universe expanded everywhere in it. The Big Bang did not hurtle anything anywhere.
big bang expanded the universe in a form of explosion only
Finally, someone who has actually researched.
It was one spoken verse, ‘Let there be Light’ God spoke into existence - Universe
It was one spoken verse, ‘Let there be Light’ God spoke into existence - Universe
@@macysondheim Well it was regardless still an expansion not an explosion.
Wouldn’t hypernova’s happen in quasi-stars/black hole stars too?
I was searching geometry dash and found this
well now I know 1 more thing thank you
Hypernova is the most powerful explosion that makes a bang. It comes when a extremely large star loses hydrogen and forms a black hole.
so baisically supernova on steroids
I love space
When the sun burns out will it be a supernova or a hypernova ?
supernova. it will be white dwarf
Would be cool to display whole sentences not cut them off in the middle ;) its just inconsistent. Apart from that keep on the good work I really like your videos
Thanks for the feedback! Best way to keep improving, thanks for watching!
basically were screwed
BOAISY
100
GRB? You mean RBG? You mean RGB? You mean BFG? 🤣🤣🤣
GRB= Gamma Ray Burst
@@LordofSyn imma leave you to think about my original comment.
@@Chrisiskewl100 Yeah well it only takes a
.22 to finish you so think on that.
I know this is not the place to joke, but the other day when one of my computer building buddies told me RBG passed, my honest to god first thought was o man but I love the way it looks in your case... and then it hit me. I cried.
@@timothyward6644 🤣🤣🤣
A hypernova is 100 times bigger than a supernova. It's basically a supernova that's pointed directly at us.
you didn't acually learn it, it was from "Hypernova explodesion
What? Are you implying that a hypernova, simply by existing, will be pointing at us? Regardless of it's location in the galaxy?
@@jakeg3733 I think they're implying that it is so powerful, that it'll be like the near impossibility of a supernova's GRB pointing exactly at us. If a hypernova's GRB is actually _pointing at us,_ well, this was a nice half of the galaxy to know.
@@glidershower Sure, but how wide would the "beam" realistically be? I don't understand the physics very well, but I'm assuming it wouldn't be a 50,000 light year wide death ray that would scour every world within a massive section of the galaxy. You wouldn't want to be near it or in it's path, but the above seemed... Improbable
"only 25 MLY" said someone from the future..
😂😂😂
I’ve been watching Insane Curiosity for a while now! I made my own channel, inspired by their content 👍👍!
@Hemp Tech l
The supernova designation is not 'I' a,b,c but is 'One' a,b,c
Noted! Thanks for the feedback and for watching :)
What is a Hypernova? Great album by The Browning.
No lies spotted.
Not even 10 likes 😂😂😂
What is a hypernova? A very powerful supernova just like a hypergiant is a very big supergiant.
That would be a way to say it yes! Thanks for watching John!
I’m
Astronomers have long observed that the gravitational force due to ordinary matter doesn’t appear to be sufficient to keep rapidly moving stars inside their galaxies. The gravitational pull of dark matter is assumed to make up the difference. In regions where the force of gravity is strong, bodies obey Newton’s law of gravity, which states that the gravitational force between two objects decreases in proportion to the square of the distance that separates them. But in environments of extremely weak gravity - like the outer parts of a galaxy - another type of gravity is in play. This gravity decreases more slowly with distance, which means that it doesn’t weaken as much.The idea is to make gravity stronger when it should be weaker, like at the outskirts of a galaxy. Hypernovae are possibly the most powerful explosions in our Universe. Eventually the core of the star runs out of hydrogen. When that happens, the star can no longer hold up against gravity. While the core collapses, the outer layers of material in the star to expand outward. The star expands to larger than it has ever been - a few hundred times bigger! Since the early 1900s, Einstein’s theory of gravity - called the general theory of relativity - has dominated the theories and calculations of cosmologists, those who explain the workings of our universe as a whole. General relativity has been proven again and again, most recently with the first direct black hole image. Now, physicists at Durham University in the U.K. say that Einstein’s general theory of relativity might not be the only way to explain how gravity works or how galaxies form. Black holes play a key role in galaxy formation because the heat and material they eject when swallowing surrounding matter can burn away the gas needed to form stars, effectively stopping star formation.The amount of heat spewed out by black holes is altered by changing gravity, affecting how galaxies form. These physicists said their work might also shed light on our understanding of the observed accelerating expansion of the universe. The chameleon is a hypothetical scalar particle that couples to matter more weakly than gravity, postulated as a dark energy candidate. Due to a non-linear self-interaction, it has a variable effective mass which is an increasing function of the ambient energy density-as a result, the range of the force mediated by the particle is predicted to be very small in regions of high density (for example on Earth, where it is less than 1mm) but much larger in low-density intergalactic regions: out in the cosmos chameleon models permit a range of up to several thousand parsecs. As a result of this variable mass, the hypothetical fifth force mediated by the chameleon is able to evade current constraints on equivalence principle violation derived from terrestrial experiments even if it couples to matter with a strength equal or greater than that of gravity. Although this property would allow the chameleon to drive the currently observed acceleration of the universe's expansion, it also makes it very difficult to test for experimentally.
Awe, na...
TLDR
@@noahludford3667 , to be short the idea is to make gravity stronger when it should be weaker, like at the outskirts of a galaxy. Hypernovae are possibly the most powerful explosions in our Universe. Eventually the core of the star runs out of hydrogen. When that happens, the star can no longer hold up against gravity. While the core collapses, the outer layers of material in the star to expand outward. The star expands to larger than it has ever been - a few hundred times bigger!
@@romliahmadabdulnadzir1607 Kinda funny, just heard all of this before and I was being a smartass! Due it finally happened, I met something just as dense as I am!!!
@@noahludford3667 , the science of romantic gravity.
Great content, loved the video!
Happy you enjoyed! Feel free to share with us any other topic you are interested in! Thanks for watching :)
if a star that has like 2,000 or 4,000 solar masses explodes, it would cause a hypernova?
Lame, I want to know about superduper-hyper-transapocalyptic novas
Today's the most extreme star is neutron beacuse if two neutron star merge there's gonna be explosion named kilonova
A hypernova is the type of nova that forms a black hole. A supernova could form a black hole or a neutron star.
I really like your content, but like... you don't need to say "stick around to find out more" twice a video. I know I'm going to find out more, that's why I clicked on the video.
Ehh i don’t think it’s too bad when you compare to other aggravating clickbait space vids that use fake pics and falsely claim new discoveries in the title only for cash out views from JWST and renewed space interest.
It's like a supernova, but hyper or smth like that
Hypernova is just a larger version of a Supernova.
It's just the Tsar Bomba to the Hydrogen Bomb.
@@maiki5962 yeah, just like a supernova bit change the super for hyper
@@xzznnn845And I guess since Ultramassive is the next tier after Hypermassive, the larger is Ultranova.
Mai Ki Ultramassive is something used for a black hole. Hypergiants and hypernovas are the largest core collapse explosions.
@@Jay-qb9gi
I know. But I was wondering since they use the prefixes Super, then Hyper, then Ultra in terms of orders of magnitude. Maybe Ultranova should be the "Largest" since Ultra is Ultimate - Infinitely the greatest. Makes more sense than using Hyper in that same terminology.
They really should stop referring to the big bang as an explosion
I mean it technically is one
Maybe stop calling it a bang
@@Aqua.man045 and big. Perhaps something like "Quick Expansion" 😛
All this information is so "over" my head
The fundamental nature of existence
Ive never felt more miniscule in my life. The favt these types of phenomenon exist in space....forget an astroid, anyone of these goes off nearby and thats a wrap.
You have the best content, thank you!
We also have the best community! :) Glad your part of it!!
Isn’t it type 1a supernova? Not type Ia?
Roman numerical. I = 1 II = 2 III = 3 IV = 4 V = 5 and so on.
Definition of the Big Bang, when a small guy bangs and big woman.
I'm space lover and found ur channel just now...just so happy rn...tha ks
We wont survive from hypernova real name of me sami plays
A hypernova is when a star explodes but that star is very massive
Totally Awesome!
It is!! Space topics are all fascinating right? Glad you enjoyed, thanks for watching!
GRB 080319B
in a galaxy not soo far away only 25 million light years lmao
Ultra nova
No coke and Pepsi is the strongest being
Is a hypernova stronger than a kilonova
Quazars pointing to us called blazars right?
No, a blazzar is an actively feeding quasar. It creates massive jets out of it's top and bottom poles relative to it's spin. Those jets are an extinction event waiting to happen if they hit us. Chances are low but never zero.
Correct!
@@insanecuriosity2682 thank you, someone told me otherwse
0;42 thats a blackhole
I got this no game no life
2:48 it's "One C"
this is beautiful
Yes I have too noticed the improvements
101
I see
HydaNova
Out of this world entertainment!
Glad you enjoyed!! See you soon, keep it curious!
Quit the subscribe- begging.
People are more likely to subscribe when asked, unfortunately. Nature of the game.
@@straytakermusic I really don't think so, lol... It's the same thing in stores where they ask "may I help you" and the customer just leaves just because of this. So it's quite the perfect opposite to your dumb claim.
I wish i could make a hypernova in my hands and survive it without dying :o in cosmic space
...
W h a t
Its beautiful Explosion in my hands
@@not_lexxzaa so you want to be bakugou? But a superiour version...
@@AlternateHollow nah I be myself :>.Im Beyond Bakugo
@@AlternateHollow i imagine a hypernova to be possible from that guy, but only if he went super saiyan blue
Are there different types of hyper novas?
Yes there was one that happened in our own milky way. There are several theories as to how it happened. My personal favorite theory says a gas giant/ brown dwarf slowly and at a very precise angle falls into a quasar. The angle of descent let's the outer shell of the brown dwarf that faces the quasar turn into diterium. When that huge ball of super fuel finally hits, it produces an ungodly galaxy shaking explosion. Those bubbles (fermi) are still seen in our milky way today. Lucky for us that explosion was seven million years ago.
Hi Matt!
Not really, A Hypernova It is a type of stellar explosion of magnitude higher than most supernovae.
Astronomers identify two major types of supernovas:
Type I Supernova: This is similar to a nova but the explosion is much more powerful. A Type I supernova has no hydrogen in its spectrum.
Type II Supernova: A star several times more massive than the sun runs out of nuclear fuel and collapses under its own gravity until it explodes. A Type II supernova has hydrogen in its spectrum.
SUPERLUMINOUS SUPERNOVA (Hypernova): A burst 5 to 50 times more energetic than a supernova.
That would be the classification!
Thanks for watching and for your inquiry!
watched this twice and still dont know what hypernova is
Dumbest person
Picture it like this it's when a Nova has trendsend the power I've a regular supernova
@@barrysmith6595 so its like Supernova 2 lol
@@r390gt1lm yes and that's exactly what it is
@@r390gt1lm A hyper nova is 100 supernovas in one.
🙄🤪
Multinova
*Nova
*Supernova >
*Hypernova]
3 Super
1 hyper
Makes enough gas for a Multinova
Tnt: 10 to the power of 178
5.7x stronger than a hyper nova
This isn't true I just thought this would be cool
There is also a kilonova, its when two neutron stars collide and its even larger than a hypernova.
@@Univertisy They are believed to produce black holes.
@@Univertisy Black hole collisions can outshine the Milky Way 50,000 times
Your videos are great source of information !
Happy to have lloyal members of the community like you! Thanks for watching :)
Couldn't you at least have learned how to pronounce "hypernovae" before recording a video about them?
Oh shut up
That is how you pronounce them.
Also, your grammar is lackluster, too.
@@revrave - nope. "Hypernovae" sounds different from "hypernova". That way, people hearing you will know whether you're talking about one or more.
@@revrave - *lacklustre.
First!!
That's the attitude ;)
@@insanecuriosity2682 eheeheehe 😂😁
The worst film EVER