Brownian Motion Fractal
by Owen Borville
October 25, 2021
Science, Nature
Brownian motion is or describes the random motion of microscopic sized particles in a liquid or gas as a result of collision with surrounding particles in the medium.
The randomness of browninan motion can extend to infinity at multiple scales and can be transfered to other domains.
The motion of particles described by Brownian motion produces a trace trail that that has a unique structure at all scales toward infinity, which is the definition of a fractal.
Examples of Brownian Motion:
The motion of Pollen grains on still water
Movement of Dust motes in a room.
Diffusion of pollution in the air.
Diffusion of calcium through bones.
by Owen Borville
October 25, 2021
Science, Nature
Brownian motion is or describes the random motion of microscopic sized particles in a liquid or gas as a result of collision with surrounding particles in the medium.
The randomness of browninan motion can extend to infinity at multiple scales and can be transfered to other domains.
The motion of particles described by Brownian motion produces a trace trail that that has a unique structure at all scales toward infinity, which is the definition of a fractal.
Examples of Brownian Motion:
The motion of Pollen grains on still water
Movement of Dust motes in a room.
Diffusion of pollution in the air.
Diffusion of calcium through bones.