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LightningInAJar
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- Higher Dimensions.
Assuming there are higher spatial dimensions are there things that exist in 3D that actually cannot exist in higher dimensions? Maybe even dimensions?
So all higher dimensions make knots impossible? Or just even ones like 4th, 6th, 8th, etc?DaveC426913 said:Yes. Knots. They only work in 3 dimensions.
You can't tie a piece of string into a knot in 2 dimensions, and in 4 or more, they just fall apart*.
* Unless you make a knot of a 3 dimensional object
Nothing to do with odd/even.LightningInAJar said:So all higher dimensions make knots impossible? Or just even ones like 4th, 6th, 8th, etc?
Sure.LightningInAJar said:Anything else not possible?
You have officially ruined my brain for the rest of the day at least. Probably no one will notice...DaveC426913 said:* Unless you make a knot of a 3 dimensional object
Well, now we're in a pickle. What do you mean by "adding" a dimension?LightningInAJar said:So you would say adding a dimension doesn't corrupt any information held within a lower dimension regarding the objects contained therein?
Higher dimensions refer to dimensions beyond the three dimensions (length, width, and height) that we experience in our everyday lives. These dimensions are considered impossible to explore because our human perception and technology are limited to understanding and interacting with three dimensions.
Scientists use mathematical models and theories, such as string theory and M-theory, to study and understand higher dimensions. These theories suggest that there may be more than three dimensions and attempt to explain their properties and interactions.
As of now, it is not possible for humans to physically travel to or experience higher dimensions. However, some scientists believe that with advancements in technology and understanding, it may be possible in the future.
The concept of higher dimensions has a significant impact on our understanding of the universe. It helps explain phenomena that cannot be explained by three dimensions, such as gravity and the behavior of subatomic particles. It also opens up new possibilities for understanding the origins and structure of the universe.
While the exploration of higher dimensions may seem abstract and theoretical, it has practical applications in fields such as physics, mathematics, and computer science. Understanding higher dimensions can lead to advancements in technology, such as quantum computing, and help us better understand the fundamental laws of the universe.