Observable Universe VS Actual Universe

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Publicado 2023-04-18
The observable universe refers to the portion of the universe that we can observe from our position on Earth, or through our telescopes and other scientific instruments. This includes everything that can be seen by electromagnetic radiation such as light, radio waves, X-rays, and so on.

On the other hand, the actual universe refers to the entire universe, which includes everything that exists, both seen and unseen. The actual universe is much larger than the observable universe, and it is believed to extend beyond the limit of what we can see, even with our most advanced instruments.

The reason for this is that light travels at a finite speed, and the universe is thought to have a finite age. This means that light emitted from objects located beyond a certain distance from us has not had enough time to reach us yet. This boundary is called the "light horizon" and it marks the limit of the observable universe.

The actual universe may be much larger than the observable universe, and it may contain structures and objects that we can never see or detect. This is because they may be located beyond the light horizon or because they may be made up of particles or other matter that does not interact with light or other forms of radiation that we can detect.

Video Editor: Team 121 Creators (bit.ly/team121x)
Presenter: Sidhart Viyapu (bit.ly/sidvoice)
Project Head: Rajkumar Shukla
Production: World Of Science Media (theworldofscience.co/)

Observable Universe VS Actual Universe

observable universe vs entire universe, observable universe vs actual universe, observable universe size comparison, how big is our universe, what lies beyond the observable universe, what's at the edge of the universe, what's outside the universe

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Todos los comentarios (21)
  • @abhishek78887
    30 billion trillion, never knew our childhood exaggeration of numbers would actually be a real term 😂😂
  • @philip509
    the observable universe is just our render distance
  • @net28573
    slaps observable universe "This baby holds 30 billion trillion stars."
  • @michaelbraum77
    We will never know exactly how ridiculously large the Universe is as it keeps growing at a rate the exceeds the speed of light.
  • @sofunny.916
    respect to the ones who counted all the stars
  • @Alan-tt3yc
    And people still thinks that we are the only living being in the universe, lol
  • @ianbattles7290
    The universe is a simulation and the creators needed the universe to be so big that we could never reach the "edge" and figure out it's a simulation.
  • Hey bro watched your video and subscribed you One day you would have millions of subscribers Congratulation 🎉 in advance🎉🎉🎉
  • @nimfadaria5024
    for the people who are wondering what is the answer in 30 billion trillion, billion Times trillion or 1e9 Times 1e12 = 1e21, so there are 30 Sextillion stars edit: damn this is the most like i ever got on a youtube comment
  • @froguniverse2419
    I keep trying to tell people that the observable universe isn’t the entire universe and they’re like “I don’t understand what you’re saying” 😢
  • @r.davidsen
    If the first part is a part of the second part, it's just one part altogether. It is one universe.
  • Planets <<<< stars <<<< 1 galaxy <<<< multiple or fininte galaxy <<<< 1 universe <<<< multiple universe <<<< verse <<<< multi-verse ( multiple or finite verses) <<<< omniverse........ Still goes on. 😅 And we people just fighting for lands😂😂😂
  • @HellEditz1
    93 billion light years diameter so it's overall 27 trillion 157 billion and 634 million light years territory. (2.91²² km)
  • @chhefs310
    so basically we live in a big 2D circle huh?
  • @jakeglazier5750
    There should be 3 parts. The observable, the constant expansion, and the actual of where the universe is expanding into.
  • @Neuwey331
    Hypothetically, there are about one quinvigintillion to ten sesvigintillion atoms in the observable universe. A quinvigintillion is 1 followed by 78 zeroes and one sesvigintillion is 1 followed by 81 zeroes.