Universe Size in Perspective 3D 2024 | Atom to Universe Size Comparison 3d

Universe Size in Perspective 3D 2024 | Atom to Universe Size Comparison 3d
In this video, we made a 3d Comparison of Universe size and this video is a 3d animation of Universe size Comparison. This this video you'll watch a comparison of atoms to the Universe.

#comparison #3d #sun #universe #perspective

[shravanb]

In the end, a fast zoom back to the small particle again would’ve been crAzy 😇

[moldesukedo]

When you watch this video, everyone's daily worries will feel very small.

[Kumire_]

23:30 Was expecting a your mom joke when you zoomed away from the observable universe

[AmethystMoon]

I always appreciate when size comparison videos turn on the boss music when we get to the stars.

[derschnuff]

And than....FINALY the last object: Your Tax declaration.

[christiansanders]

Wow I never knew how big the like button was it’s so big that it reaches beyond the observable universe

[GameTime-yjqv]

Truly insane full range of scale. This puts some perspective in the beauty and spectacle all around us

[lollol]

who knows if this universe is another world's atom?

[WilhelmFreidrich]

2:09 Not sure if anyone has heard this before, but the mitochondria is the powerhouse of the cell.

[exxe]

20:00 everything was going well in my mind until I felt the terror

[Jayson_Tatum]

I think it's hard to comprehend just how massive these things are

[zkyroni]

Unbelievable things can be so small yet so Huge at the same time 😳‼️

[Nodzi_Topik_Official]

23:37 Is the biggest thing, even more universes, really a like, a subscription, a bell?

[ryxyr]

I was mesmerized by how awesome this video was, until suddenly YouTube ads popped in and ruined everything...

[davidmontroy]

This video was great. It really sheds light on monumentally insignificant we are. It reminded me of an explanation of the futility of the ever increasing precision that mathematicians and data scientists calculate Pi.
Diameter of the observable universe: 93.02 billion light years.
That is 8.8x10^23km=8.80x10^23 meters
So the circumference is: Pi x 8.80x10^26=2.77x10^27 meters
The smallest meaningful length is the Planck length=1.62x10^-35 meter
Circumference of the observable universe divided by the Planck length 8.8x10^26
That is how many times the Planck length fits inside the circumference of the observable universe.
This means that 62 decimals of pi will suffice to measure the largest ever possible distance in the smallest meaningful units of length.

[patrickjenkins]

This is, in my view the coolest video so far for the start of (2024.) Thank you. 👍🏾

[undermanmm]

dang the subscribe button is like bigger than the observable universe yall saw how far they had to zoom out right?

[Dzno]

It’s still amazing to think that the biggest of these universes are the only ones we can see, who knows what else is out there Belous our capability to see.

[pftoduq]

Когда-нибудь окажется, что эти умопомрачительные размеры наблюдаемой Вселенной - лишь часть атома более огромной Вселенной)

[zacharyhatfield]

I’m gonna need a VR version of this. 😊