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Thank you for your support! I hope you will get more views and subscribers, because you are doing an amazing job. You’ve gained a subscriber. 😊

@@TheAstroCinema Thank you so much, it really means a lot! I'm always happy to meet good people❤🔥

It’s important to note that this is a model. In reality, neutron stars emit a lot of X-rays and gamma rays. In fact, they emit more invisible light than visible light. However, we can still see them. You are correct that gravity curves the trajectory of light, but the light is still able to escape, because the escape velocity of a neutron star is not equal to the speed of light.

@@lu5445 Btw the escape velocity on a surface of neutron star is around 0,5c (half of speed of light).

It’s not clouds, but particles of very hot dust that were once objects.

Where ?

We still have signal from Voyager 1, poor quality but it sends something.

Where ?

Great question! You would die because of: -Spaghettification: Neutron stars have an extremely strong gravitational force that would stretch and crush your body into pieces. -Radiation: Neutron stars emit extreme amounts of X-rays and gamma rays, which would fry your body. -Rotation: Only if we’re talking about pulsars, they can rotate 400-700 times per second, creating lethal conditions. -Temperature: The surface temperature is around 10 million K (approximately 9,999,726.85 °C or 17,999,540.33 °F). -Strong Magnetic Fields: Their magnetic fields are powerful enough to disrupt atomic structures. In reality, you wouldn’t be able to reach the surface thanks to the extreme radiation and gravity.

Wow that’s a lot more stuff than I knew I appreciate it🎉🎉

@ I have very theiretical question if you turned on a flashlight in a black hole what would happen to the light ?

@klraiden This is a very hard question, and honestly, I don’t know if I’m able to answer it, but I will try. First of all, you need to understand how we see things. Everything around us is visible thanks to light, such as sunlight, which hits objects, bounces off them and reaches our eyes. This process allows us to see the world around us. However, inside a black hole, the situation is different. Inside of black hole, there are no materials or particles for light to bounce off (only elementary particles), so we can't see anything. More importantly: The gravity bends the trajectory of light, pulling it toward the singularity. Instead of traveling in a straight line, the light is trapped and cannot escape. Because of this, you wouldn’t be able to see the light, as it would never be able to reach your eyes.

@@disectormusic Yes it is :)

@@fuzzball1412 Yes you can, but please link me in the description and dont use entire video, thank you.

@TheAstroCinema Thanks, I'll credit you

Even sounds like it

nope, the black hole from interstellar (gargantua) is different

It has an event horizon and an accretion disk, which is enough evidence that we are talking about a black hole.

Its not in our Solar System 🤓

No, I made it in a software called Space Engine.

Just send an application letter to Red Bull :)

I mean Wow😮

Hi, sorry, it wasn't my intention to copy your name, I will change it. I hope i didn't damaged your name.

I don't understand the youtube search algorithm, when I put in: Space Cinema, it didn't show anything and now its showing you bruh, sorry mate i didn't expect this to happen

@@TheAstroCinema thanks man, really appreciate it. not your fault <3 keep up the amazing work, we can do a dual video in the future if you like. may boost your channel

Good question ! The main reason: Neutron stars rotate so fast because when a massive star’s core collapses to form a neutron star, it shrinks dramatically. This makes it spin faster, just like a figure skater spins faster when pulling their arms in. This happens because of the conservation of angular momentum and thanks to its extreme density (6×10^17 kg/m3) it stays together Other reasons: -Rotation before collapse: rotation simply gets amplified during the collapse -Less likely: collision with another neutron star or heavy object And many other reasons…. Thanks for asking, remember be curious :)

​@@TheAstroCinema thanks a lot for your answer :) are you a physicist/astronomer or just interested in space?

I'm just a humble astrophysicist and a bit of a philosopher :)

In reality, a neutron star would be hard to see because much of the light emitted by a neutron star is invisible to us, but this is just a model of what it looks like when we add X-rays, gamma and stuff like that and we reproduce it into visible light.

In reality it would be hard to see, but it wouldn't be invisible to us, but I get your point.

It does still emit some visible light and ChatGPT said it might look as bright as molten metal. Not quite almost invisible.

Of course I have lags in Space Engine, even though I have high-end computer, unfortunately there is no shader that can increase your FPS.

The best thing you can do to increase your FPS but still have good quality is to lower the Hz in the settings, lower the sight distance, turn off Vsync, set MSA to 4 and slow time or stop time. If you follow these instructions you should have more FPS. You can also clock your GPU to get more power.

@@TheAstroCinema I use a measly Steam deck but it is optimized well enough to run Space Engine well. But I'll try to tone down the Anti aliasing as you suggested. Space Engine is hands down the most life changing game I've tried. Not for it's gameplay, of course, but it puts into perspective how vast the cosmos is. Everytime I just zip through intergalactic space to zoom in on a speck of light , and it turns out to be a sun or twin star system , with planets, and then land on a planet or it's moon to stare back at the suns and how all of this even is just a mere speck in the vastness that is our corner of the observable universe... It fills me with dread!

@@sca8217 I'm glad that in these times there are still people who are amazed by the universe. “It surprises me how disinterested we are today about things like physics, space, the universe and philosophy of our existence, our purpose, our final destination. Its a crazy world out there. Be curious.” -Stephen Hawking

I just opened a game called Space Engine and made some videos there with special filters and then I just edited them in DaVinci resolve. Thanks for asking and if you are interested in space I highly recommend you to buy Space Engine it costs around 20€ and you can play it on a medium pc setup.