[GUEST ACCESS MODE: Data is scrambled or limited to provide examples. Make requests using your API key to unlock full data. Check https://lunarcrush.ai/auth for authentication information.]  Shoggoth With A Corgi Face [@corgothic](/creator/twitter/corgothic) on x XXX followers Created: 2025-07-22 20:18:16 UTC A very simple divide, split, repeat pattern can result in a fractal. Trees and such. Corals. Fractals are simple types of shapes to form iteratively, and to code for as a growth pattern. Blood vessels in the lungs optimize for oxygenation, so you will have fractal branching. Evolutionarily speaking, being fractal-shaped or having fractalized organs is often more fit than being non-fractal or having non-fractal organs. Mostly "un-fractal" creatures - like humans - are much more difficult, anatomically, than for example, basket stars, whose shape can probably be expressed as iterations of a quite simple mathematical expression. For shorelines, river systems and erosion patterns you have scale-invariant physics as an explanation. When it comes to primes, I must admit I am not very read-up, and I have never understood the fascination with them or why it is supposed to be strange that some numbers aren't very divisible. I imagine some numbers having that property is just an artifact of there being a linear set of numbers? Wouldn't it be weirder if all numbers were non-prime? Imagine an entire set of infinity numbers and they could all be divided. That would also be weird, imho. Maybe I just don't understand what the deal is with primes. Maybe that's on me. X engagements  **Related Topics** [shapes](/topic/shapes) [Post Link](https://x.com/corgothic/status/1947753078792274101)
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Shoggoth With A Corgi Face @corgothic on x XXX followers
Created: 2025-07-22 20:18:16 UTC
A very simple divide, split, repeat pattern can result in a fractal. Trees and such. Corals. Fractals are simple types of shapes to form iteratively, and to code for as a growth pattern.
Blood vessels in the lungs optimize for oxygenation, so you will have fractal branching. Evolutionarily speaking, being fractal-shaped or having fractalized organs is often more fit than being non-fractal or having non-fractal organs.
Mostly "un-fractal" creatures - like humans - are much more difficult, anatomically, than for example, basket stars, whose shape can probably be expressed as iterations of a quite simple mathematical expression.
For shorelines, river systems and erosion patterns you have scale-invariant physics as an explanation.
When it comes to primes, I must admit I am not very read-up, and I have never understood the fascination with them or why it is supposed to be strange that some numbers aren't very divisible.
I imagine some numbers having that property is just an artifact of there being a linear set of numbers?
Wouldn't it be weirder if all numbers were non-prime? Imagine an entire set of infinity numbers and they could all be divided. That would also be weird, imho.
Maybe I just don't understand what the deal is with primes. Maybe that's on me.
X engagements
Related Topics shapes
/post/tweet::1947753078792274101