You may know that Cantor challenged the mind of god.
you might be lead to believe that a decimal has more infinite possibilities than counting 1 to infinity in integer form. This is true if you count all the decimals in between the integers whilst counting up to infinity.
However if you count all the decimal numbers between 0 and 1 starting with the smallest 0.00...to infinity with a 1 at the end then remove the 0. bit from the beginning you end up starting with 1 and end up counting to infinity just as you would when you count integers from 1 to infinity if you keep the zeros at the end and remove the zeros before your counted number.
in terms of geometry were dealing with effectively an imaginary 1 dimensional circle to best represent this. When your side length is above 0 and below 1 you end up with a Integer between 1 and infinity. So for example 0.0000.... to infinity with a one at the end simply equals an imaginary 1d circle size of 1. When your side length is 1 your circle size is the integer infinity. Are you with me so far I'll bet not but what I'm saying isn't contradictory. here comes the wired bit by this logic the 1d circle area at integer infinity is infinity to the power of infinity. A normal 2D circle also has and area inclusive in its size the imaginary 1d was the equivillent to just a circumference. In the case of 2D counting wise you have to count with two numbers for every value to fully represent it dynamics and so on and so forth up to infinite dimension. So if you had an infinite set of numbers representing an infinite side length you would end up with infinity to the power of infinity as your hyper volume or size. If you then deduce each value of your infinity with with another same infinity of values system then deduce each of those values again with the same system and do this to infinity you end up with all your setting values at 0.000 to infinity with a 1 at the end and representing an infinity to the power of infinity to the power of infinity... all the way to infinity. It is at this point you achieve super infinity an infinity encompassing all infinities.