Intrigued by the idea of transforming the analyzed circuit into a fractal, the Cracow researchers attempted to recreate patterns of the Sierpinski triangle with inductors and capacitors.

Sierpinski triangles for mid-infrared sensing Fractals are becoming popular for when it comes to designing microwave and radio-frequency antennas thanks to their “self-similarity” that allows the ...

The Sierpinski Triangle is a 2-state automaton since the pattern is formed involving the powers of the polynomial r (x) = 1+x divided by modulus 2. As for a mod 3 automaton, it involves the powers of ...

They discovered a microbial enzyme—citrate synthase from a cyanobacterium—that spontaneously assembles into a pattern known as the Sierpinski triangle.

ELECTRONS GO FRACTAL A fractal called a Sierpinski triangle (right) has been fashioned in the quantum realm (left), shown in an image indicating the density of electrons on the surface of copper ...

The fixed set of repeating triangles is named for Polish mathematician Waclaw Sierpinski, who identified the pattern in 1915.

And, finally, you’ll get a Sierpinski triangle. This is one of the first known fractals, and the easiest one to create via the Chaos Game.

Stages in the construction of the fractal structure known as the Sierpinski triangle. Created by Swedish composer Daniel Cummerow, these mathematical sound bytes belong to a category known as ...