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Brownian motion

A theory or model that is used to explain random motion. Traditionally, Brownian motion was developed to explain the random movement seen in suspended particles, but is commonly applied today to the stock market. Brownian motion is just one theory that attempts to explain stock market fluctuations, along with the random walk theory and Markov process.

Related information about Brownian motion:
  1. Brownian motion - Wikipedia, the free encyclopedia
    Brownian motion or pedesis is the presumably random moving of particles suspended in a fluid (a liquid or a gas) resulting from their bombardment by the ...
     
  2. Einstein's Explanation of Brownian Motion
    This applet demonstrates Brownian motion. the big particle can be considered as a dust particle while the smaller particles can be considered as molecules of a ...
     
  3. Brownian Motion - Statistics - University of California, Berkeley
    Points of increase for random walk and Brownian motion. 126. 3. ... Intersection equivalence of Brownian motion and percolation limit sets. 247. 3. Multiple points ...
     
  4. Brownian Motion
    Home1 | Home2 | Java. Brownian motion. In 1827 the English botanist Robert Brown noticed that pollen grains suspended in water jiggled about under the lens ...
     
  5. Brownian motion - The Free Dictionary
    The random movement of microscopic particles suspended in a liquid or gas, caused by collisions with molecules of the surrounding medium. Also called ...
     
  6. Brownian Motion - YouTube
    Jul 28, 2009 ... Lipid droplets in distilled water. Random movement of water molecules bumping into large lipid droplets demonstrates Brownian Motion ...
     
  7. Brownian motion HD - YouTube
    Mar 14, 2009 ... Any minute particle suspended in a liquid (or gas) moves chaotically under the action of collisions with surrounding molecules. The intensity of ...
     
  8. Brownian Motion deomonstration
    Brownian Motion. This simple demonstration of Einstein's explanation for Brownian motion shows little particles batting about a more massive one, and what it ...