Neutron Stars Are Scarier Than Black Holes!

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  • čas přidán 2. 06. 2024
  • It may seem crazy to think that there are things in the universe scarier than a Black Hole, but a Neutron Star might just be that. Join us as we explore why that might be!
    8. Let's Define A Black Hole
    Before exploring Neutron Stars, it's crucial to grasp what Black Holes are-complex and powerful cosmic phenomena. Defined by NASA, a Black Hole is a space region where gravity is so intense that nothing, not even light, can escape. This occurs when a star collapses into a dense point, allowing Black Holes to form in various sizes and under different circumstances. Although invisible, their presence is inferred by their gravitational effects on nearby objects, notably through 'spaghettification,' where objects stretch and disintegrate as they are drawn in. Despite their invisibility, Black Holes can dramatically affect their surroundings, pulling in everything from stars to planets.
    7. The Birth Of A Neutron Star
    Black holes and neutron stars both originate from the collapse of stars, though black holes can form in various ways. As stars deplete their core gases, they lose their equilibrium, leading to different outcomes based on their mass. For most, this results in a transition to a red supergiant and then a white dwarf. However, massive stars undergo a core collapse into iron, resulting in a supernova that can outshine galaxies and leave behind a neutron star.
    6. Neutron Stars
    5. Inside of Neutron Stars
    4. Neutron Pasta
    3. Neutron Star Core
    2. Pulsars
    1. Neutron Stars Can Create Blackhole
    Video Chapters:
    00:00 Intro
    00:19 Defining the Black Hole
    02:45 Birth of Neutron Star
    05:09 Neutron Stars
    07:05 Inside of Neutron Stars
    08:36 Neutron Pasta
    10:04 Neutron Star Core
    11:09 Pulsars
    11:51 Neutron Stars Can Create Blackhole
    12:43 Outro
    #insanecuriosity #neutronstars #astronomy
  • Věda a technologie

Komentáře • 462

  • @diGritz1
    @diGritz1 Před 4 lety +290

    Scary? Hardly. I will never encounter either a black hole or a neutron star but, my mother-in-law visits every holiday season.

  • @innertubez
    @innertubez Před 4 lety +91

    For me, worrying over getting killed by a neutron star or a black hole is like worrying whether I will get an STD from Scarlett Johansson or Charlize Theron.

  • @jebediahgentry7029
    @jebediahgentry7029 Před 4 lety +13

    When you can't find a picture to depict what you're explaining so you use a hurricane to represent a galaxy... 😂😂

  • @thomaskn1012
    @thomaskn1012 Před 4 lety +10

    This is like a National Enquirer version of a neutron star explanation.

  • @sbs2047
    @sbs2047 Před 4 lety +55

    9:28 "Neutron pasta is denser than a black hole". Epic physics fail.

    • @methanbreather
      @methanbreather Před 4 lety +4

      weeeeell, the singularity is indeed infinite dense BUT the density of a supermassive black hole if you consider the radius of the event horizon can actually be very very low. Lower than water actually.

    • @sbs2047
      @sbs2047 Před 4 lety +1

      @@methanbreather True, but the guy specifically said, "...the _inside_ of the black hole..." which rules out the event horizon which as you know, is outside of the black hole.

    • @methanbreather
      @methanbreather Před 4 lety +7

      @@sbs2047 no, the event horizon defines the black hole. The singularity is just the centre (see also naked singularity). In fact later papers suggest that the moment you cross the event horizon you cease to exist, 'cosmic firewall' is a term to look for. So the 'black hole' is the space encapsulated by the event horizon. And the density of a supermassive black hole AS A WHOLE can be very very low, thanks to its immense volume.

    • @sbs2047
      @sbs2047 Před 4 lety +5

      @@MegaCasperC I didn't complain, I pointed out a factual error, you dumdum. _You,_ on the other hand, _did_ complain. lol Go back to troll school kiddo, you are a failure.

    • @methanbreather
      @methanbreather Před 4 lety +5

      @@sbs2047 ehm, actually, you are posting a factual error, I corrected, but you ignore that. The black hole is DEFINED by the event horizon. It is integral part of it. Everything inside, even the EV itself are part of the black hole. That is why the density of a black hole can be quite low. The singularity is of course infinite dense. But the singularity is only one part of a black hole. There is the ergosphere, the event horizon, the space inside the event horizon AND the the singularity.

  • @murilovsilva
    @murilovsilva Před 4 lety +12

    “NASA is mapping black holes so we don’t get caught in them”? That moment when you realize you just wasted 2 and a half minutes of your life and you will never get them back.

    • @David_Last_Name
      @David_Last_Name Před 4 lety +3

      You don't remember back in 2016 when the Earth almost fell into a black hole, and it was only thanks to NASA's maps of black holes that we where able to steer our solar system around it?

    • @jjt1881
      @jjt1881 Před 2 lety

      @@David_Last_Name But it did fall, NASA didn't save us from Trump.

  • @theutgardianchannel1952
    @theutgardianchannel1952 Před 4 lety +4

    a super massive black hole going quasar can toast an entire galaxy tho

  • @scdriver007
    @scdriver007 Před 4 lety +9

    The scariest aspect of a black hole for me is that they can skip being a star and the nebula just collapses into a black hole

    • @Yvory6
      @Yvory6 Před 4 lety +14

      that theory is only for the firsts millions years of the universe when all the gaz was a lot more dense to allow such collapse to happen and created what became the supermassives BH

  • @mastertek383
    @mastertek383 Před 4 lety +24

    "So we can avoid them"
    Where are you going so you need to watch out for a black hole? Sure as hell won't run away from it

    • @phillipbrewster6058
      @phillipbrewster6058 Před 4 lety +1

      Black holes do not exist if you want answers to objects viewed in the universe watch Thunderbolts project and theory of electric universe and Saffire project they use lad tested results and simple logic to dispel the myth that black holes exist!!!

    • @mastertek383
      @mastertek383 Před 4 lety +7

      @@phillipbrewster6058 I think you may need to lay off the cannabis sir

    • @phillipbrewster6058
      @phillipbrewster6058 Před 4 lety

      @@mastertek383 instead of using mentally weak comments about pot smoking to try and offend me why dont you check out some of the references I left that use lab tested results and basic logical observations that black hole theory is a crock and your being blue pilled. Refrence 1. SAPPHIRE PROJECT
      REFRENCE 2. Thunderbolts project
      REFRENCE 3. Thoery of electric universe. There are many more but several of these references take a few hours to really start getting to the point so when checking them out you need some patience

    • @lolgamez9171
      @lolgamez9171 Před 4 lety +6

      @@phillipbrewster6058 but we have proof black holes exist. Instead of just referencing stuff why not just explain it?

    • @gravitonthongs1363
      @gravitonthongs1363 Před 4 lety +1

      Phillip Brewster
      Referencing pseudoscience channels does not credit your claim. You would possibly have more luck saying astrology predicts it.
      EU is hypothetical not theory.

  • @samueldormervil
    @samueldormervil Před 4 lety +15

    5:54 it kinda be like?? Wow lmao

  • @toastmansride
    @toastmansride Před 4 lety +2

    Ive never ran into any black holes. But i have been in plenty of brown ones.

  • @MG-er6dm
    @MG-er6dm Před 2 lety +4

    Such great mind bending content! 😍
    P.S Thanks for keeping it Curious.

  • @antonystringfellow5152
    @antonystringfellow5152 Před 4 lety +20

    Besides the over-simplicity and a few errors in the information (molecules in a neutron star), you seem to have missed one possible property of a neutron star that really would make it more dangerous than a black hole - "strange matter".
    Strange matter is only theoretical but may well exist in some of the heaviest neutron stars. If two neutron stars containing strange matter were to collide, some of this strange matter (composed of strange quarks) could escape into space. Any ordinary matter escaping from the collision would simply expand back to its regular size and density, once away from the intense gravity. Not strange matter. That would still be ultra-dense (the mass of Everest in an area smaller than a sugar cube).
    The possibility of such super dense chunks of matter flying through space isn't the worst part though. Should a fragment of this matter, however small, come into contact with normal matter (such as a planet), it would quickly convert all that ordinary matter into strange matter. That planet, and all that it contained, would quickly shrink into a tiny ball of super-dense strange matter.
    Now THAT'S a scary thought!
    PS Try not to have nightmares though. No-one is certain this stuff actually exists and we haven't observed any planets or stars disappearing yet. So, even if this stuff is out there, there can't be very much of it.

    • @raidermaxx2324
      @raidermaxx2324 Před 4 lety +2

      also i dont agree with the fear mongering or the canadian way he says "pasta"

    • @zane4575
      @zane4575 Před 4 lety +1

      How that's scarier than a black hole is beyond me

    • @parpsou
      @parpsou Před 4 lety

      @@zane4575 Yes this video is really bad. But Strange matter is scarier than black hole. It is the most stable state of matter in the universe and so could be contagious:
      czcams.com/video/p_8yK2kmxoo/video.html

    • @rfvtgbzhn
      @rfvtgbzhn Před 3 lety

      @M87 Star It might exist in neutron stars and be ejected in a collision before the merged neurton star collapses into a block hole (or it might even not collapse at all, it is unknown if the TOV limit is more or less than 2 times the Chandrasekhar limit. The Chandrasekhar limit is 1.4 solar masses and from theory and empricial data we know that the TOV limit is somewhere between 2.53 and 2.9 solar masses. There is no exact calculation because for this we would need quantum gravity).

  • @twistedstrength.
    @twistedstrength. Před 4 lety +13

    Universe Sandbox has allowed so many science channels to animate their videos now.

  • @142347567089
    @142347567089 Před 4 lety +1

    How is it that the magnetic field of a Pulsar is the most powerful in the universe when studies show that a Magnetar is literally the most powerful magnet in the universe...

  • @theOrionsarms
    @theOrionsarms Před 4 lety +24

    Electrons do not transform into neutron, what really happens is the electrons are pushed into protons with such force that merge, and two new particles are created a neutron and a neutrino, electric and strong charges most be conservate electron it's a lepton cannot be transformed into a neutron, only into another lepton like muon or taon or some type of neutrino, this transformation most happen only with general preservation of sense and values of electrical charges in the particle that are part of interaction .(and contribution of electron it's less than 0'1%from mass of the emerging neutron)

    • @robertmorby3694
      @robertmorby3694 Před 4 lety +1

      can what not you know say I think did

    • @Dan-uf2vh
      @Dan-uf2vh Před 4 lety

      I was going to write something similar; protons and electrons are squeezed together into neutrons, however considering the multilayered neutron stars it kind of gets iffy

    • @Erasmuspipebagger1
      @Erasmuspipebagger1 Před 3 lety

      As soon as I heard 'Electrons transform in neutrons' The keyboard warrior helmet came out of the cupboard...

  • @artzarr5032
    @artzarr5032 Před 4 lety +4

    Narrator: Yeah. We don't know.
    Me: The most honest thing he has said in this video.

  • @CRSolarice
    @CRSolarice Před 4 lety +6

    simplification=what occurs when INSANE CURIOSITY tries to explain something

  • @geoffreystuttle8080
    @geoffreystuttle8080 Před 4 lety +14

    Spaghetti doesn't 'stretch'. It just becomes infused with hot water.

  • @STohme
    @STohme Před 4 lety

    Interesting and very nice video. Many thanks.

  • @napben2192
    @napben2192 Před 4 lety +4

    Simply because in front of a pulsar we can see the doors of hell coming close wide open ,while in front of a black hole we don t even see neither feel it until the surprise of the spaghettification process tearing us apart without bell ringing .

  • @ugoeze7360
    @ugoeze7360 Před 4 lety +2

    0:43 “If you’re looking for a technical definition, this is how NASA describes black holes.“
    _Cue individual pointing to a star on the screen while the other nods head in agreement_

  • @tristanytlk5856
    @tristanytlk5856 Před 4 lety +2

    Im craving neutron pasta. I WANT NEUTRON PASTA!

  • @johnw.ayersjr.8467
    @johnw.ayersjr.8467 Před 4 lety +1

    I think the void of interstellar space is scarier than the presence of neutron stars or black holes.

  • @aatuhurskainen
    @aatuhurskainen Před 4 lety +4

    this video reminds me of my essay presentations in elementary school. *thonking*

    • @jesseribbey
      @jesseribbey Před 3 lety

      You did essays about black holes and neutron stars in elementary school? Was it Harvard's version of elementary school? Lol

  • @MurphySharma
    @MurphySharma Před 4 lety +1

    I remember my first space book.. 18 years ago

  • @isauromartineztamez3106

    They also give a fancy boost to the frame shift drive, contrary to blackholes that are mostly useless

  • @curtisaldrich7339
    @curtisaldrich7339 Před 3 lety +1

    The neutron star core i think is at the tipping point of matter at the molecular level to the action of atoms there for affected by gravitational interactions causing the mass to be at a gravitational threshold. Of all matter itself.

  • @D76straight
    @D76straight Před 4 lety +1

    personally i dont think you need to fear going blind, or black holes.

  • @Name-ps9fx
    @Name-ps9fx Před 4 lety

    Not scary, just...fascinating. (To quote my favorite science role model)

  • @tonyrobichaud
    @tonyrobichaud Před 4 lety

    The scariest part of the Universe to me is the super coldness of space (areas lacking black holes or neutron stars). My favorite law is Entropy of which nothing can escape. It means the Universe is on it's way towards reaching absolute zero (where even atoms stop vibrating) and void of black holes (slowly dying of Hawking's radiation) or anything else that seems alive from the glowing furnace of the nuclear fusion process of producing new elements. I have never taken physics or chemistry classes and just read books or articles like this. I have learned that of the four forces, gravity is by far the weakest. But the subject of this story seems to be the run away force of overpowering gravity.

  • @DylanBegazo
    @DylanBegazo Před 4 lety +2

    Assbrow Yeast infections are scarier than neutron stars. FTW come at me bro

  • @nosuchthing8
    @nosuchthing8 Před 4 lety +20

    The video is aimed at children, move on people.

    • @raidermaxx2324
      @raidermaxx2324 Před 4 lety +3

      well i woundnt say children, but more like ignorant, uneducated adults AND young children

    • @cottoncatt1186
      @cottoncatt1186 Před 4 lety +2

      And that's not a reason to spread insanities. Children also deserve to be decently educated.

    • @armangaloyan5826
      @armangaloyan5826 Před 4 lety

      @@raidermaxx2324 Children are basically ignorant, uneducated adults tbh

    • @ghtbb
      @ghtbb Před 3 lety

      How many people that you know could have a conversation about it? 0. Take a break asshat 👍

    • @ghtbb
      @ghtbb Před 3 lety

      There is an entire study on overcompensating when you learn a topic and believe you are an expert.

  • @revelationthe7sealsarecrac981

    Why did it not talk about strange matter that can come out of a neutron star. That is the scariest stuff in the universe, one cup of strange matter would kill everything on earth including earth

  • @tylerolson739
    @tylerolson739 Před 4 lety +6

    strange quark is a type of quark... not a statement on their lack of knowledge of the core of a neutron star. read more

  • @wacksparrow88
    @wacksparrow88 Před 4 lety

    Be cool if you have two separate large bodies slowly conjoining and splitting. Could this cause any static noise with interference? Be like even having a white whole next to a black hole...

  • @user-is7qi3jl2d
    @user-is7qi3jl2d Před 4 lety

    amazingggggg!

  • @jameslewis1605
    @jameslewis1605 Před 4 lety

    They frighten me when I am sleeping at night.....that and the alien voices in my head.

  • @steelgreyed
    @steelgreyed Před 4 lety

    on the magnetism you should have mentioned that with the magnetic field alone, it would rip your body apart, as the polarizable atoms within your body try to align themselves with the field irregardless of silly things like skin or bone.

  • @joeblack4436
    @joeblack4436 Před 4 lety

    A neutron star is basically as crazy as matter can get before the universe says: Nope. No more.

  • @cristianmartillo9166
    @cristianmartillo9166 Před 4 lety

    Imagine you get stuck in both of them crashing into each other and you get stuck in the singularity of a black hole

  • @MrWildbill
    @MrWildbill Před 4 lety

    It does not matter who this is aimed at, it is materially wrong on so many points it is amazing. It is riddled with errors, mistakes, and misunderstanding from end to end. Also note, it is not molecules being crushed, it is atoms, the electrons are crushed into the protons converting then into neutrons, thus the name neutron star.

  • @jimblazer4484
    @jimblazer4484 Před 4 lety

    The odds are we have all been through a black hole and neutron star, It takes lots of heavy metal to make us.

  • @armangaloyan5826
    @armangaloyan5826 Před 4 lety +1

    When Dr. Cox goes into detail about Dr. Bob Kelso

  • @stevenmorton2059
    @stevenmorton2059 Před 4 lety

    A message to all those neutron stars and black holes: Be a good neighbor. Stay over there.

  • @kevincoss5234
    @kevincoss5234 Před 4 lety +1

    2:49 Is that video a Chris Jericho reference here or nah?

  • @paulgagnon9830
    @paulgagnon9830 Před 4 lety +1

    Even a Neutron star would dump protons at the sight of my mother in law ! (Shudders)

  • @guynorth3277
    @guynorth3277 Před 4 lety

    Okay I'll bite, the black holes hadn't had me going enough!

  • @DigitalDuelist
    @DigitalDuelist Před 2 lety

    Its like a qauestion about whether you'd prefer to be crushed or boiled.

  • @michaelboulware1240
    @michaelboulware1240 Před 3 lety

    Question. If the universe has a speed limit (above the quantum level?) this does the limit how much a black hole can consume?Also since a black hole has such a strong pull light cannot escape.....does that mean it has bended spacetime around itself and therefore negated it?

  • @W4rcrafter
    @W4rcrafter Před 4 lety

    If we dont know whats inside a black hole, how do you claim neutron pasta to be the hardest substance ?

  • @whateveryouwant4743
    @whateveryouwant4743 Před 4 lety +1

    Black holes are still scarier to me. The odds of encountering one are exponentially low, but it is still much worse than a neutron star to be sure. If you get caught by a neutron star, your death will be quick. A black hole, however...no one knows what happens to you once you cross the event horizon (given the black hole is large enough for you to not be spaggetified at that point, let alone feel the effects of spaggettification too strongly).

  • @HorizonPaintingHawaiiLLC
    @HorizonPaintingHawaiiLLC Před 3 lety +1

    My take away form this is: yes, I am that hungry. I think I’ll make spaghetti 🍝

    • @Ryal89
      @Ryal89 Před 3 lety

      I started watching this eating spaghetti. 👍

  • @arkadasgupta4664
    @arkadasgupta4664 Před 4 lety

    it might be childish thought so spare me, but if expressed my thoughts:
    if the positive and negatives come too close to each other (as if becoming one), what i think is they will escape to a different space-time (as they might become a particle similar to that of nothing? a particle of time perhaps? lest if not said becomes zero), thus creating a vacuum in space-time continuum, when this happens, there a continued connection be made. The particle formed might be Gravitons, as they are mass-less. Just imagine a place inside a neutron star, full of Gravitons, which travel to and fro from one space-time continuum to another. I won't say any further.
    Thank you for reading this thought imaginations of mine.

  • @CODEnterprise
    @CODEnterprise Před 4 lety +5

    Rambles on and on covering topics already familiar to many of us while meandering towards a conclusion which is all too subjective.

  • @hellwithit
    @hellwithit Před 4 lety

    If you could remove a 1 “ square of star material. ( in theory) and instantly transported it beyond the gravitational effect of the star, world it explode back to normal density??

  • @Erasmuspipebagger1
    @Erasmuspipebagger1 Před 3 lety

    If Fry had to explain what Professor Farnsworth had just told him about Neutron stars...

  • @firestarternero1819
    @firestarternero1819 Před 4 lety +1

    The only thing thats denser than a black hole in the entire universe is the guy who made this video

  • @robertberger8981
    @robertberger8981 Před 4 lety

    I guess that there will many new version of an explanation of the blackhole

  • @scarecrow7313
    @scarecrow7313 Před 4 lety +1

    It takes a minium of 20 solar masses for a star to calapes into a black hole.☀️🌟🌑

  • @sekhmet2258
    @sekhmet2258 Před 4 lety

    At 10am, 4pm and 7pmish, Live Meteor channel goes APESHIT!

  • @dominantreaper2912
    @dominantreaper2912 Před 4 lety

    Feels like you glossed over the fact that a neutron star can be a magnetar, or that you dont need to be within its gravity influence for it to wipe out planets

  • @aneshkumar4513
    @aneshkumar4513 Před 4 lety +2

    Then how thor survived it in Infinity War

  • @jjt1881
    @jjt1881 Před 2 lety

    Just to clarify, Insane Curiosity, at 10:45 you say that we "can't speculate what would happen to the molecules if they are compressed even further" Inside a Neutron star, there are no molecules, not even atoms, only neutrons and perhaps free-floating quarks, some of whom can mix to form new exotic particles.

  • @kaoticisland
    @kaoticisland Před 4 lety

    Uh if there’s no gravity in space. And humans can be out in space in a space suit and not get crushed. Then how the hell is there gravity so strong to crush a star into a black hole in the first place?

  • @williamhepfer8956
    @williamhepfer8956 Před 4 lety

    Notice the misuse of the word "definitive" at the 7:50 time. Should be "definite".

  • @Ghost-lo6ij
    @Ghost-lo6ij Před rokem

    Scientists have for the first time detected black holes eating neutron stars, “like Pac Man,” in a discovery documenting the collision of the two most extreme and enigmatic objects in the Universe. Nov 20, 2021
    Neutron Stars scary = NO
    Black Hole scare = YES

  • @bradramay4768
    @bradramay4768 Před 4 lety +1

    Gravity Pulls.... PULLS? omg

  • @AUTOTUB3
    @AUTOTUB3 Před 4 lety

    neutron stars are crazy!!!

  • @sidindian1982
    @sidindian1982 Před 4 lety +2

    Power of neutron star 😯😯😯😯😯😯😯😯😯😯😯😯

  • @sabati292
    @sabati292 Před 4 lety

    What if Black holes are stars and their Event Horizon, which we call it today, is just their atmosphere?

  • @Oceansideca1987
    @Oceansideca1987 Před 4 lety

    The view would be nice

  • @primordialious6945
    @primordialious6945 Před 4 lety

    A Black Hole: A Black Hole, that turn everything it touches into a Black Hole.

  • @xilnes7166
    @xilnes7166 Před 4 lety

    Thats my kind of star

  • @noelrabina8446
    @noelrabina8446 Před 4 lety

    Collision of neutron starts create Gold.

  • @imjustheretomasterdebate8853

    Everything that goes into a black hole travels in time to the beginning of the universe.
    The only white hole we know of was the big bang itself.
    This is why all the information seems lost and it is impossible to see through a black hole.
    Even light is sucked into the distant past of the universe to meet the singularity of the beginning of time, the big bang white hole.
    And that's why everything is connected, past, present and future are consequences of each other.

  • @hawks3109
    @hawks3109 Před 4 lety

    It can't be more dense than a black hole. Theoretically (In our current models anyway) the center of a black hole is infinitely dense. We don't actually know what happens inside a black hole but I suspect it is more dense than a neutron star or it would just be a neutron star. The gravity is heavier which means the material must be under even more pressure than a neutron star. At the very least the density would be the same.

  • @zlostnypopolnik
    @zlostnypopolnik Před 4 lety

    I have to admit that at the moment I am more afraid of influenza virus than a black hole.

  • @Dante3025
    @Dante3025 Před 4 lety

    Ah 5 months ago you didn't have add breaks every 30 seconds

  • @nemanjaperendija460
    @nemanjaperendija460 Před 4 lety

    How in the world we can be caught by a black hole at the first place? Nearest black hole is 26000 light years away.

  • @geraltrivia6267
    @geraltrivia6267 Před 3 lety

    But in the end, the black holes can destroy neutron stars and everything else. So the black holes are more dangerous in long run, because if you get too close, you are doomed.

  • @mperlatti
    @mperlatti Před 4 lety

    So would an area of spacetime accelerating away at the speed of light appear as a black hole?

    • @nosuchthing8
      @nosuchthing8 Před 4 lety

      Not an expert, but I dont think so. The reason is that while Matter cant exceed the speed of light, spacetime itself can exceed the speed of light. The entire universe, as you know, is expanding. At a certain distance from earth the expansion rate is higher than the speed of light, and we cant see beyond that limit. Google Hubble constant.

  • @andychrist1925
    @andychrist1925 Před 4 lety +1

    Physics as we know it still exists in neutron stars

  • @williamgreene4834
    @williamgreene4834 Před 4 lety +21

    So many errors,,, so little goodness

    • @WillArtie
      @WillArtie Před 4 lety +1

      Yes this was awful, I'm sorry to say. Just reading out a whole lot of sentences from different sources and making inferences and statements that are just weird, confusing, or plain wrong. Go watch Crash Course instead!

  • @ShelbyRobertson22
    @ShelbyRobertson22 Před 4 lety

    You know what's scarier? Falling out of bed. Know how many people die each year from that??

  • @Forgan_Mreeman
    @Forgan_Mreeman Před 4 lety +2

    you quickly gloss over what you said at 4:34.
    "a supernova explosion will occur, where the core continues to be compressed".
    umm..how? how does an explosion cause something to be compressed further. Thanks!

    • @rohitkhosla8110
      @rohitkhosla8110 Před 4 lety +1

      Supernova explosion is not clearly understood. The current thinking is the star gases undergoes enormous compression and then the gases hit the core and bounces out. So the compression looks like an explosion.

    • @Forgan_Mreeman
      @Forgan_Mreeman Před 4 lety

      @@rohitkhosla8110 lol that doesn't make much sense. but like you said, "Supernova explosion is not clearly understood". i'll just add this to the list of things our human minds may never understand

    • @Lscott-fk2sn
      @Lscott-fk2sn Před 4 lety

      Forgan Mreeman its not too difficult to understand

    • @Forgan_Mreeman
      @Forgan_Mreeman Před 4 lety

      TYT FANG sounds like you weren’t paying attention. go back to your cat videos

    • @Lscott-fk2sn
      @Lscott-fk2sn Před 4 lety

      Forgan Mreeman prejudicial-disappointing

  • @seanwilliamson9357
    @seanwilliamson9357 Před 4 lety

    At the core of the Earth is Agartha (Abzu - Lost Book of Enki, by Z Sitchin) (Enki Created Abzu) with the capital City of Shamballah (Shambhala) ( Kalacakra Tantra). Admiral Richard Byrd was tractor beam into the Agartha after WWII. In Agartha millions of different advance beings live in peace for thousands of years. An old Nordic Race came up and informed me about Abzu (Agartha) in spring of 2015.

  • @cryptodiesel1177
    @cryptodiesel1177 Před 4 lety

    Love how half of the reasons have to do with how it is related to black holes, including #1, that it can create black holes..... yeah black holes are still way fucking scarier.

  • @lazeppelini123
    @lazeppelini123 Před 4 lety +1

    Why it's one more chanel explaining what others explained before?

  • @moedalgarny
    @moedalgarny Před 4 lety

    goddamitt its 3 am again

  • @srbmafiosaTBHS
    @srbmafiosaTBHS Před rokem

    Can't be scarier because if a black hole and neutron star collided the neutron star would get eaten like everyother star

  • @themagiccaster3455
    @themagiccaster3455 Před 4 lety

    Is Strange Mysteries behind this channel?

  • @dualmode1
    @dualmode1 Před 4 lety +3

    i dont think there are any molecules at all...

  • @andybrummel5555
    @andybrummel5555 Před 4 lety +1

    I find it funny, people arguing over cosmic speculation at best. This is scientific best guess....based on what we know so far. Which for the record is not much. after all, how many neutron stars and black holes have we been able to study and observe close up? My point is arguing over what we have barely scratched the surface of is kind of silly.

  • @micstonemic696stone
    @micstonemic696stone Před 4 lety

    a Magnetron type star has the ability to strip our atoms apart to our planet and us with very strong gravity and magnetic strength, that would be a bad day on planet earth. what if we were unable to detect its approach or were and have a limited time to prepare for it as Jupiter gets swallowed up, that's a scary possibility.

  • @Superbluekoolaidprime
    @Superbluekoolaidprime Před 4 lety +3

    So we’re just gonna ignore magnetars....ok smh 🤦🏿‍♂️

    • @thelastneanderthal3257
      @thelastneanderthal3257 Před 4 lety +1

      Also pulsars and quark stars. It's bad enough that he got a lot of the science wrong, but how did he manage to not even mention the other more exotic and deadlier versions of neutron stars in what is supposed to be a video about scariness of the said stars? Hell, I bet he doesn't even know what those are...

  • @aku7598
    @aku7598 Před 4 lety

    is it because of its gravity or space warp by it?

  • @donaldcollins6687
    @donaldcollins6687 Před 4 lety +5

    That’s not what she said. 😂😂

  • @t.4950
    @t.4950 Před 4 lety

    Did anyone else almost have a stroke at 6:24 ???

  • @insane9318
    @insane9318 Před 4 lety +1

    Magnetar is much scarry