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I took note of this, it's a great idea. Additionally, the thoughts and preferences of my viewers are important to me. I will create an engaging video on this topic in future videos.

@@Universal.Simulation Kurzgesagt made a video on this. I'd recommend it. It's worth the watch. I tried to had the link but my comment keep getting deleted. God damn it RUclips.

Not only that, but the extremophiles that exist in the most inhospitable locations on the planet. Deep undersea ocean vents, deep caverns, under Antarctica. Species that have never seen light, and do not even need oxygen to survive (to many oxygen is actually toxic). In those places, life will simply continue on, and it will never know of what once was. As long as our planetary core is still active (anywhere from 10 to 90 billion years), those pockets of life will survive. Because that is where they suspect life survived when the planet entered "Snowball Earth" phases in the past.

I'm glad you liked it, but I don't know if it's used in other videos.

Thank you for your positive comment

@@Universal.Simulation your welcome and have a good day

Thank you for the motivation, you made my day better

Yes, a brief summary of the video, thank you for your comment. ❤️

No, I didn't steal it, thank you for the positive comment.

Thanks for your comment, The Milky Way is indeed a spiral galaxy, specifically a barred spiral galaxy. It spans about 100,000 light-years in diameter and contains over 100 billion stars. Its structure includes a central bulge, spiral arms, and a halo of stars and dark matter. If you have any more questions or insights, feel free to share.

@@Universal.Simulation Mhm, indeed! But if you speak this way people seem to miss out the fact that it's still a body functioning in 3 dimensions. And thus the overall structure, has "volume" so to speak. Even if it's easier to represent it as a disk, it's anything but flat. I should have specified, not JUST a spiral. Because undoubtedly, it's spiral shaped in its entirety.

It's true that I explained it this way to make it easier, and we have a 1 minute limit for Shorts videos, but you're right, it should be noted. Thank you for your critique and contribution.

When three stars are in a system, their gravitational interactions can lead to complex behaviors. Instead of always colliding, they might 'interact' or come close due to their gravitational forces. This can result in near-misses, stable orbits, or even one star being ejected from the system. However, collisions are indeed possible if the conditions align correctly, such as specific velocities or positions. The chaotic nature of these interactions means that while collisions can happen, they are not the most common outcome.

The expansion of the universe and the speed of light are two different concepts. The speed of light is the maximum speed at which information or matter can travel through space. However, the expansion of the universe itself is not bound by this limit. The universe's expansion is described by the metric expansion of space, which means that the distances between distant galaxies are increasing over time. This expansion is driven by dark energy and can cause galaxies to move away from each other at an effective speed greater than the speed of light. This does not violate the laws of physics because it is space itself that is expanding, not objects moving through space faster than light. For your second question, according to Einstein's theory of special relativity, traveling faster than the speed of light is impossible because it would require infinite energy. If it somehow happened, it could lead to paradoxes, such as traveling back in time and would require a new understanding of physics. Thank you for these questions and your support.

It really is.

Yo decidí hacer este video después de ver la serie. 😅

I'm happy that you found it cool.

Yes, it's truly mind blowing. The sheer number of stars in IC 1101 is just one of the many incredible aspects of our universe. Thanks for watching and sharing your excitement ❤️❤️

Show me someone who posted this video before I did, or send me a link if you've seen it elsewhere so I can take action for copyright infringement. You may not have liked the video, and I respect that, but there's no need for harsh words. Have a good day.

No, the dinosaurs died due to a massive asteroid impact around 66 million years ago, which created the Chicxulub crater in present-day Mexico. This event led to drastic changes in the Earth's climate and environment, ultimately causing a mass extinction. The Mars collision simulation in the video is a recreation of an even earlier event involving a planet-sized body called Theia, which is thought to have formed the Moon.

While it's true that larger mass stars tend to produce more energetic explosions, there are indeed different types of supernovae, each with unique characteristics and underlying mechanisms. For example, Type Ia supernovae result from the thermonuclear explosion of a white dwarf, whereas Type II, Ib, and Ic supernovae result from the core collapse of massive stars. Pair-instability supernovae, like the one discussed in the video, occur in extremely massive stars and involve different physics, leading to incredibly powerful explosions. Each type provides valuable insights into stellar evolution and cosmic events. Thanks for watching, and I appreciate the discussion.

It's also called milkomeda tho

You are right but Milkdromeda can also be called Milkomeda. Appreciate your engagement.

@@user-pl5xd9of1p didn't know that

Not even its milkdromeda

Milkdromeda can also be called Milkomeda.

@@canzforbeanz ahhh i think its Andromilkway

Scientists predict these cosmic events using a combination of detailed astronomical observations and advanced computer simulations. By observing the movements and velocities of stars and galaxies with telescopes, astronomers gather data on their trajectories. They then apply the laws of physics, such as gravity and motion, to create models that simulate these interactions over billions of years.

Great points, Indeed, in about 4-5 billion years, our Sun will evolve into a red giant, which will significantly affect our solar system. It's fascinating and a bit daunting to think about these cosmic events. And yes, during that time, the Milky Way and Andromeda galaxies are also expected to merge, creating an awe inspiring view in the night sky. The universe is full of incredible changes over such long timescales. Lastly, who knows what advancements in technology might enable humans to undertake universal travel by then? Thanks for sharing your thoughts.

Noted that, thank you.

Milkdromeda can also be called Milkomeda. Appreciate your engagement.

Yes, the result of the Milky Way and Andromeda galaxies colliding is often referred to as 'Milkdromeda.' It can also be called 'Milkomeda.' Thank you for your informative comment.

Lets go Milk-Dromeda 💀

no is milkomeda

Scientists use observations from powerful telescopes, like the Hubble Space Telescope, to study the motion of galaxies. By tracking the positions and velocities of the Milky Way and Andromeda, they can determine that these galaxies are moving towards each other at a speed of about 110 kilometers per second. They use the Doppler Effect, which measures changes in the wavelength of light from the galaxies. If a galaxy is moving towards us, its light shifts towards the blue end of the spectrum, and if it's moving away, the light shifts towards the red end. By analyzing these shifts, astronomers can calculate the velocity and direction of the galaxies. Moreover, supercomputer simulations play a crucial role in predicting the collision. These simulations take into account the mass, velocity, and gravitational forces of both galaxies. By running these simulations, scientists can model the interactions and predict the future paths of the galaxies. ❤️❤️

The universe is full of incredible and sometimes terrifying possibilities. Glad you found it interesting.

When the Milky Way and Andromeda galaxies collide, their central black holes will eventually merge. However, the galaxies themselves won’t completely disappear. Instead, they will form a new, larger galaxy, often referred to as 'Milkomeda' or 'Milkdromeda.' The process will take billions of years, and while the structure of the galaxies will change dramatically, much of the material will remain. Thanks for watching and engaging with the content.

​@@Universal.Simulationstars watch this: ok i am gona quit this galaxy

it's called Universal Sandbox.

The 4 to 5 billion years estimate comes from the uncertainties in astronomical calculations and the vast timescales involved. Just like predicting weather far in advance, exact timing can be tricky, by the way thanks for watching and engaging with the content.

You have a point 😂

Scientists predict it from the speed of Andromeda heading towards Milky way.

There are waaaaaaaay less variables when stuff travels in a void.

@@LiamPangalinan-te6ei funny how the world will end every 10-12 yrs!? So, forgive my skepticism!

@@jwg7993 Something happens, some people think it's a meaning of the world ending. But scientists confirmed it, as it's so close that it's visible in the night sky, even.