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36,102 Views • Jan 22, 2023 • Click to toggle off description
3D, 4D (Tesseract), 5D, 6D and 7D cubes with simultaneous rotations.
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Enjoy!
Views : 36,102
Genre: People & Blogs
Date of upload: Jan 22, 2023 ^^
Rating : 4.966 (10/1,166 LTDR)
RYD date created : 2024-05-15T16:28:41.494713Z
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YouTube Comments - 103 Comments
Top Comments of this video!! :3
The only one my brain could comprehend was the 3D cube.
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I realized that it becomes quite easy to understand the 4d cube when you understand how a 3d cube looks in 2d if you then rotate the 3d cube in 2d it looks very similar to a 4d cube in 3d and you can sorta understand that the 4d cube isnt shapeshifting but simply rotating
That being said you can also draw a 4d cube in 2d to understand how higher dimensions work in 3d (for example a 4d cube in 2d would like like a square in a square in a square in square just like how the 5d cube looks like a cube in a cube in a cube in a cube in 3d)
Basically in order to understand higher dimensions in 3d just subtract a dimensions from both
Sadly tho understanding it wont make you able to imagine or see higher dimensions lolz
Edit: also btw the cubes seen in this video are basically 3d shadows of x dimensional cube
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A 4D, 5D, 6D, and 7D cube, in a 3D plain, projected on a 2D surface, for my 1D brain to handle.
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The peaceful music with the demonic cubes on screen fits perfectly!
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4D cube in a 3D engine on a 2D screen made out of 1D lines
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Guys remember that this is a screen projecting a 2d image, so it’s technically 2d
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I Like the music. It's pretty relaxing
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can you color any two adjacent spheres so that they can be easily distinguished throughout the animation? It's a better place to start. Thank you, either way.
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The 5D-7D cubes are not fully connected. There are some faces missing.
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3 dimension to 10D dimension
Transitioning from three dimensions to ten dimensions involves a significant shift in our understanding of space. In higher dimensions, the geometry and properties of space become more complex and difficult to conceptualize. In theories like string theory or M-theory, which propose extra dimensions beyond our familiar three, these additional dimensions are often described as compactified or curled up at extremely small scales, making them imperceptible on everyday scales. These theories suggest that these extra dimensions could play a role in explaining phenomena such as the behavior of fundamental particles or the nature of gravity, but their exact implications are still a subject of ongoing research and debate in theoretical physics.
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You earned a new subscriber bro :)
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This deserves far more views than what it has.
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Visualisation of multidimensional arrays 👍
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one of the reasons some parts of the 4d overlap and kinda jump backwards when it's not supposed to is b/c it's a shadow being cast. imagine two pendulums that launch from the same 'spot' with a light shining. one has exactly half the period as the other. both launch at the same time. every couple swings both shadows will look like they're almost the same, then kinda go off on their own. that happens with some legs in this shadow and our mind melts and can't make sense of it. yes. it's a shadow, in 3d.
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Thank you and like the music.
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Awesome!
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obviously the 4d one would be a hypercube so i could name the 5d one, a hetratesseract
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All of the are my blanket when I try to find the long side
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you can actually make higher dimensional objects in blender with only geometry nodes
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@alexanderk5522
1 year ago
It may seem like 4-7D cubes change their shape during rotation, but they actually static figures. The only thing that changes is perspective.
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