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Tal Galili
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A one dimensional fractal like set with the same line width within a bounded area?

Say that we have a line $\left(0,0.5\right)$. I want a process that can split that line and half and move that half a bit, and then take half of that half and moved it and so on, so that by the end all the pieces of the line would still be within the region $\left(0,1\right)$.

An example of such a series is to take half of the line and move it half its size: $(0, 0.5)$

$(0, 0.25)$, $(0.375, 0.625)$

$(0, 0.25)$, $(0.375, 0.5)$, $(0.5625, 0.6875)$

  1. Is there a name for such a series? (it is similar to a cantor set, but not quite)
  2. How does one formally prove that this set will never reach 1, no matter how many splits we'll make?

Figure for 5 splits:

enter image description here

Tal Galili
  • 143
  • 1
  • 5