User blog:Alemagno12/Superdimensions, trimensions, n-mensions,...

NOTE: This is an idea, so please don't come up with bad comments.

A dot is in zeroth dimension.

A line is in first dimension.

A square is in second dimension.

A cube is in third dimension

A tesseract is in fourth dimension.

A penteract is in fifth dimension.

...

We can continue this infinitely.

Then, we can make the dimensions be the dimension number:

Every nth dimension is the nth zeroth dimension dimension.

The nth dimension dimensions should be considered as levels

You will see later.

First, there's the first first dimension dimension, which is equal to the infinityth dimension.

We can have the next zeroth dimension dimension, etc.

We can make coordinates of the dimensions dimensions:

The nth zeroth dimension dimension can be expresed as (n), the mth first dimension dimension in the nth zeroth dimension dimension can be expressed as (n,m), etc.

So (1,0) = (infinity).

(1,1) is next dimension, etc.

And (2,0) = (1,infinity), (n,0) = (n-1,infinity), etc.

And (1,0,0) = (infinity,0).

We continue: (1,1,0) = (1,0,infinity), (1,2,0), (1,n,0),...

And (2,0,0) = (1,infinity,0)

In fact, (...,z,infinity,0) = (...,z+1,0,0).

I think this is clear for now.

Note that (n) is 0-superdimensional, (n,m) is 1-superdimensional, etc.

Let have dimensions into dimensions into dimensions:

The nth mth zeroth dimension dimension dimension is the nth mth dimension dimension.

The first zeroth first dimension dimension dimension is the infinityth infinityth dimension.

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