Intern: "There is a joke somewhere there, but I'm pretty sure that all the good ones 'argon'. You get it? You get it?" Hyce: *Disappointedly lifts a lime.*
So nerd time. The spiraling black hole that looks like a drain is what a black hole looks like from the top. That is light. Literally circling the drain and getting compressed into Infinity. It is really what it looks like. The black hole from interstellar is what a black hole looks like from the side. Thanks to conservation of angular momentum things in space turn into a disc shape when they spin. All black holes spin and when you get close enough to a black hole, the outside edges of the black hole glow. The thing is time dilation screws where you see the light. Multiple quantum physicists help them create the black hole in interstellar. So yes, that is what it would look like according to actual supercomputers. The third picture is a picture we were able to take with a distributed telescope Network from across the entire planet. Basically you had multiple telescopes from across the planet taking pictures of this black hole. So that fuzzy donut shape wasn't a simulation. That was a real picture we were able to take. All three are correct
@@PaulZeroSolis theoretically there are black holes that don't spin. That's only theoretically. All known ways of naturally occurring black holes should have spin.
Well... if you punch helium and carbon together in a particle accelerator - or something equivalent, like the sun - you CAN get oxygen, as 2 + 6 does equal 8. It is just very unlikely... But the math indeed checks out. Especially, as the atomic mass also fits (helium = 4, carbon = 12, oxygen = 16)
10:19 when creating elements on the stellar level you are actually looking at the fusion products so in that case it’s mostly just adding the number of protons together
You are correct; you don’t know how that works, as helium is indeed created from hydrogen through a process called nuclear fusion, which occurs naturally in the cores of stars. This process is a fundamental part of stellar nucleosynthesis and is responsible for the energy output of stars like our Sun. The same principle applies to the creation of oxygen from helium and carbon.
Stick two hydrogen atoms together, you get a hydrogen molecule (H₂). *Smash* two hydrogen atoms together, you get a helium atom (He). That's a lot of how the Sun gets its energy, by fusing hydrogen atoms into helium.
If sending by rocket increases production of rocks,asteroids,ect Why didn’t you try to send helium ,hydrogen or carbon by rocket into the black hole before making the star?
I still don't know why your voice brings me joy.
Yeah
It’s very energetic
High positive energy
4:41 my favorite part
Intern: "There is a joke somewhere there, but I'm pretty sure that all the good ones 'argon'. You get it? You get it?"
Hyce: *Disappointedly lifts a lime.*
Wow, what a *crossover* reference
"Where's the kaboom? There was supposed to be a universe shattering kaboom!"
I love Marvin the martian. ❤
So nerd time. The spiraling black hole that looks like a drain is what a black hole looks like from the top. That is light. Literally circling the drain and getting compressed into Infinity. It is really what it looks like.
The black hole from interstellar is what a black hole looks like from the side. Thanks to conservation of angular momentum things in space turn into a disc shape when they spin. All black holes spin and when you get close enough to a black hole, the outside edges of the black hole glow. The thing is time dilation screws where you see the light. Multiple quantum physicists help them create the black hole in interstellar. So yes, that is what it would look like according to actual supercomputers.
The third picture is a picture we were able to take with a distributed telescope Network from across the entire planet. Basically you had multiple telescopes from across the planet taking pictures of this black hole. So that fuzzy donut shape wasn't a simulation. That was a real picture we were able to take.
All three are correct
Not all black holes spin. Only ones that were born from the deaths of stars spin.
@@PaulZeroSolis theoretically there are black holes that don't spin. That's only theoretically. All known ways of naturally occurring black holes should have spin.
I wasn't expecting this to turn into Factorio levels of complex so fast, sheeeesh
Well... if you punch helium and carbon together in a particle accelerator - or something equivalent, like the sun - you CAN get oxygen, as 2 + 6 does equal 8. It is just very unlikely...
But the math indeed checks out. Especially, as the atomic mass also fits (helium = 4, carbon = 12, oxygen = 16)
10:19 when creating elements on the stellar level you are actually looking at the fusion products so in that case it’s mostly just adding the number of protons together
Amazing RUclipsr 10/10
Every design in this video gave me a brain aneurysm
Yes, why your voise is relaxing I literly SEE oll off your actual vidios when more plisss 🎉 they bring me yoy😅
Love ya intern 😃😃😃👍
21:36 Intern Lore!!!!
You are The Best 🎉
most likely the right sense it looks like a real pic 10:08
Cuándo parte 2 y 3
Pay no Attention to the Broken Game! We are making Stars here!
~InterndotGif
Every time I come back to your videos you have a thicker customer service voice than the last time😂
Our sun is a G type which is exactly in the middle then the largest common is a O type star
The stars get to the 1-800 billion Fahrenheit in temperature
You are correct; you don’t know how that works, as
helium is indeed created from hydrogen through a process called nuclear fusion, which occurs naturally in the cores of stars. This process is a fundamental part of stellar nucleosynthesis and is responsible for the energy output of stars like our Sun.
The same principle applies to the creation of oxygen from helium and carbon.
Stick two hydrogen atoms together, you get a hydrogen molecule (H₂). *Smash* two hydrogen atoms together, you get a helium atom (He). That's a lot of how the Sun gets its energy, by fusing hydrogen atoms into helium.
Love you❤
When part 2 museo plis
More plisss
Then there are the extremely rare W type stars that are blue hyper giant stars
it should have 1 rock in it as well 7:49
If sending by rocket increases production of rocks,asteroids,ect
Why didn’t you try to send helium ,hydrogen or carbon by rocket into the black hole before making the star?
Hi
Create plis The Big Bang XD or god it sefl😅
Lets gooo
+ is positive
the gasses are just math like 1+1 and 2+4
M is a red drawf star
Cool
What the game name?
Link??
Are you playing on a pc/laptop pls tell me so I can get it
i want to play too🙂
W vid Intern
keep up the grind!!!!!!
(i think DavidGoodwin-w9w and Annaa-j2y might be a bot...)
They are
Same profile picture