Almost 6 years have passed since this video was made and it breaks my heart to hear how Anton’s pep have changed ever since he lost his son. Wishing you the best always Anton and family, RIP Neil Apollo Petrov
@@jabr0nidave262 if you go back through his videos, in one he just explains everything and it is heartbreaking. He was such a cute baby too, he showed a picture of him.
He actually didn't sound like he does in this video even before the whole baby thing happened. It was a change over time. Kinda comes with the territory of having a certain formula/format in your videos when you're putting out tons of content all the time, you just kinda go on autopilot, specially on the intros and outros. But yeah, losing the baby really did affect him, as it would anyone.
ProAtMLGPro - Roblox and More! *Has the audacity to call someone an idiot* *doesn't know what a joke is* There is only one idiot here, and I think we all know who that is.
When a black hole comes to our solar system sun and planets be like: Sun: Rip my sons. Mercury: Rip Venus: Even if a black hole sucks me, I'm still beautiful ;) Earth: To Mars! Mars: To Eart- Yeah! Jupiter: ....... Saturn: Dis holy rings will protect mehh Neptune: Freeze it with ice! Pluto: Who's not a planet now bitch
What exactly happens depends on a number of factors. Exactly what the mass of the black hole is, what velocity it is traveling at, which direction it comes from, where it heads after the Sun alters its course (the singularity also changes the Sun's direction of movement), where the planets are in their orbits when this all occurs, etc. In some simulations I did with about the smallest possible stellar black hole coming through as close as Mars' orbit, Earth's orbit remained almost unscathed at all while flinging Mars out of the system (Earth happened to be on the far side when it came through), and greatly disturbing the outer planets. Sometimes it would be Earth or Venus that were flung out. I think realistically, the singularity will be traveling at a fairly high velocity. It won't be in the system for long, just long enough to disturb planet orbits to varying extents that may or may not drastically alter Earth's conditions. Earth could get lucky with little change. Earth could end up bathed in gamma radiation if the black hole pulls in an asteroid or planet as it comes through. Just depends what all those variables are at the time. But one thing I definitely noticed, the faster the singularity is moving, the less damage it tends to do to orbits.
This is the second video of yours that I have seen and so far I enjoy them. I like the combination of fact and science, and speculation and fantasy. Also whatever the program is that you are running those simulations on is pretty impressive. Good work.
Cesare Vesdani if a very small black hole entered the solar system, then it would disappear in a very little time due to the phenomenon of Hawking radiation. particles and anti-particles keep coming into existence and out of existence everywhere in the universe. the particles have positive mass while the anti-particles have negative mass. the particles have enough energy to escape the gravitational pull of the black hole but the anti particles enter the black hole. the anti particle reduces the mass of the black hole by a very little amount and then this anti particle disappears. the particle which escaped the black hole will now emit radiation .like this over millions of years a black hole slowly 'dies'.so very small black holes disappear in a very little amount of time and do not have much effect. if time travel is possible by wormholes whose one end would be a black hole and the other end would be a white hole then the objects would have to use a large black hole instead of a small one. however they will get extremely spaghettified on entering the event horizon and they will interact with much mass & energy at the singularity. then they may get thrown out from the white hole
Anton, you have a stage voice! You developed it between this videos release and the present day. Stumbling onto this video made me realize this. What's great is that you decided to lean into the accent because you sound more Russian today than when you made this video. Keep up the great vids brother.
If the smallest black hole was around, it would evaporate within nanoseconds. So what about a 5 solar mass black hole moving into our solar system? Well it wouldn't. The solar system.would be pulled to the black hole, tidal forces in effect. As the two things got close, the solar system would be thrown out of whack, and exactly how depends on the location and motion of the solar system's bodies at the time.
Really makes you feel insignificant. Earth would be destroyed that quickly by such a tiny one. And there are black holes out there billions of times larger than the sun. Unfathomable.
I find your videos very very informative. I am a rather stupid person and you talk over my head but but it still is fascinating to listen to all the things you have to say. Thank you
In my eyes, indisposed In disguises no one knows Hides the face, lies the snake The sun in my disgrace Boiling heat, summer stench 'Neath the black the sky looks dead Call my name through the cream And I'll hear you scream again Black hole sun Won't you come And wash away the rain Black hole sun Won't you come Won't you come (won't you come) Stuttering, cold and damp Steal the warm wind tired friend Times are gone for honest men And sometimes far too long for snakes In my shoes, a walking sleep And my youth I pray to keep Heaven sent hell away No one sings like you anymore Black hole sun Won't you come And wash away the rain Black hole sun Won't you come Won't you come Black hole sun Won't you come And wash away the rain Black hole sun Won't you come Won't you come (black hole sun, black hole sun) Won't you come (black hole sun, black hole sun) Won't you come (black hole sun, black hole sun) Won't you come (black hole sun, black hole sun) Hang my head, drown my fear Till you all just disappear Black hole sun Won't you come And wash away the rain Black hole sun Won't you come Won't you come Black hole sun Won't you come And wash away the rain Black hole sun Won't you come Won't you come (black hole sun, black hole sun) Won't you come (black hole sun, black hole sun) Won't you come (black hole sun, black hole sun) Won't you come (black hole sun, black hole sun) Won't you come (black hole sun, black hole sun) Won't you come (black hole sun, black hole sun) Won't you come Won't you come
They missed the very first effect: the surface water would have jumped from the Earth to the black hole in a steady stream before parts of the mantle started tearing loose.
Ummmmmmmmmmmmm where did you get that from? Black holes have been observed for a long time the only part that's a theory is what happens inside of them but the existence of objects in space devouring massive objects and energy is very real.
SubZeroZone420 dude I'm sure you're like 5 and don't even understand any of this but indeed he is right black holes are just a theory and no black holes have actually been recorded because I'm sure we don't even have the correct technology to record something like that even if it is real before being rude and giving your false opinions do some research
Surprised that earth in the simulator was still rotating and not tidally locked once it started orbiting the BH since it was close enough to be ripping it to pieces which means that the gravitational strength on the closest approach side is significant.
Goku lives in planet earth.. If black hole swallows up earth, Goku will die.. Goku is ZEN-OH best friend. ZEN-OH won't allow black hole to destroy planet earth... ZEN-OH will erase the black hole.
that's not how a small black hole would eat a star or the moon actually if the moon went head on to the black hole it'll lose it's closest parts to the black hole via spaghettification while the rest of the rest of the moon will continue it's bath around the blackhole while being reduced to rubble that fallows eventually spiral path things doesnt just disappear when they come to contact with a black hole
If an object is in a close range with a black hole the object would pass behind the black hole, if you were looking at a black hole (which is impossible because black holes are invisible) from earth your view would be so wide you can see the back of your head at one point and it will keep circling. The black hole would not swallow you, it will only swallow you if you get very close to the event horizon that is where the term spaghettification comes in. it will seem as if time slows down while you are being swallowed because the black hole has so much gravity that it you are actually time traveling because you are traveling at the speed of light and the gravitational pull makes you think time is slow instead of fast. by the way I am in grade 6 I am 11 years old using my uncle's email i have my own but its personal information.
Tommy Mulrooney "by the way I am in grade 6 I am 11 years old using my uncle's email i have my own but its personal information." Why are you saying this though?
Akram El-Masry Well it seems the dev team for universe sandbox 2 just didn't have the budget for accurate black hole collisions... a shame, really, I'm sure it would have looked cool... :|
That shouldn't be happening to earth.A black hole won't rip out chunks of earth at a time.The black hole would stretch the earth and pull it toward it at the same time.This effect is called spegettefecation.(I definitely spelt that wrong)
Actually a lot of things would be ripped off from the Earth, first the atmosphere, then the liquid and other things not rooted in the Earth. Solid objects would hold their integrity while freely flowing things are captured right away. The crust is solid and would keep the Earth together for a while until it breaks and pieces are dislodged. The mantle is not quite solid but it's sticky like syrup so it would take time for it to escape the Earth piece by piece. You are right though that this game is not quite accurate. The Earth would be stretched and elongated towards a disk shape as pieces are torn off. The reason why not the entire earth would be pulled in together is because the differences in gravity the closest part experience versus the furthest parts that are orbiting.
I already have a ton of names for all the stuff that happens in this vid black hole passing through solar system: pool effect star moving in a straight continuous line: nomad star mercury and earths' orbits: gumps' followers
Current physics suggest that the absolute minimum size of a black hole is 2-3 solar masses, according to the Tollman Oppenheimer Volkov limit (google), which was derived back in the 1950's if I recall. Depending entirely on its trajectory, it would either perturb, shred or consume our Sun, as well as disrupt the ancient orbital harmonics of all the planets in our system.
AncientEmbers, do i need to explain to you how gravity works? First of all, even if gravity was graham's number stronger (if it was, everything in existance would colapse under it's own gravity and form a black hole), the Earth wouldn't colapse into a disc shape because gravity atracts every atom on Earth with the same force. And no, gravity wouldn't hold it into place because the gravity is generated by Earth's mass. What would happen, is the sun would be more affected by earth's gravity and other planet's aswell and distort a little more than it already does.
same here dude, black holes are complicated as fuck thats why it makes it scary and heart-hurting. id fucking take a knife and slice my own head so i dont see myself slowly getting absorbed by NOTHING
Smart. Anyone who survived long enough into the black hole would be stuck witnessing their final moment for ever. Alive for eternity. Dead for eternity. Conscious for all eternity. And I Must Scream indeed.
Sometimes you had to take things seriously. Black Holes are truly dangerous and a danger threat to Earth and the Solar system. I'm surprised 1 haven't even shown up yet. There just wandering around in the universe,yet not 1 have entered the solar system. Unless we are all protected by God's grace. I'm just saying.
This is so inaccurate, we don't know the mass of the black hole, so we wouldn't know how much gravity it pulls on earth. Say for example the sun turned into a black hole with the exact same mass as it has now. The earth would still orbit like it always has, black holes don't just magically suck things in
The actual inaccuracies are in that the tidal forces would distort the earth and you would see different effects than there being a bunch of rocks being pulled off the earth. You would see mass fall into the black hole and probably have an accretion disk form for a short while at the least. Regardless the program is relatively simplistic in gravitational interactions that arent just orbits so no this wouldnt really be what happened but the inaccuracies wouldnt be from not knowing the mass of the black hole. Being that close to a pinprick with solar mass (one sun (which is basically a black hole in very simplistic terms (even if it would be the lowest mass black hole ever recorded))) you would see very similar effects to what you would see with something like IGRJ 17091. Think more bath water falling into the drain than the chunks being ripped off in the simulator
..... It would collapse on its own mass since the hydron collider (on earth) makes black holes the size of atoms the biggest it makes are the size of a pin
Barrier Penetration According to classical physics, a particle of energy E less than the height U0 of a barrier could not penetrate - the region inside the barrier is classically forbidden. But the wavefunction associated with a free particle must be continuous at the barrier and will show an exponential decay inside the barrier. The wavefunction must also be continuous on the far side of the barrier, so there is a finite probability that the particle will tunnel through the barrier. As a particle approaches the barrier, it is described by a free particle wavefunction. When it reaches the barrier, it must satisfy the Schrodinger equation in the form which has the solution Note that in addition to the mass and energy of the particle, there is a dependence on the fundamental physical constant Planck's constant h. Planck's constant appears in the Planck hypothesis where it scales the quantum energy of photons, and it appears in atomic energy levels which are calculated using the Schrodinger equation.
Pretty sure the event Horizon is where you start not being able to see past. The name says it nothing "happens" beyond it, at least that we can observe. What do you mean by spinning disk?
Yeah,i know. And if "Event horizon" is not that spinning disc (at speed of light) Then how it's called ? Cuz i seen everyone call it like that,even my scene teachers at school.
+NOAHB_FTW 16 I mean time only ''stops'' for the observers outside the black hole Like assuming you could survive crossing the event horizon time would still flow like normal for you Or am I wrong in my understanding?
