Brownian Motion: Explaining Life's Randomness

Imagine a glass of water resting on a table. If you zoom in, you will see that the atoms and molecules that makeup water are actually moving. While objects may look orderly and stable, on a microscopic scale, fluids like water contain countless atoms and molecules moving and colliding randomly. Did you know that this random movement of particles is called Brownian motion? Watch this video to learn more

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[douglasstrother]

"Investigations on the Theory of Brownian Movement" (Dover) by Albert Einstein is a great little read.
Einstein's contributions to Physics on the microscopic scale surpass those on the macroscopic scale.
Brownian Motion, and the Photoelectric Effect ushered in the atomic theory of matter and radiation.

[biswajitguru]

And great video. Thanks for making and sharing

[biswajitguru]

Just a question. Is chaos theory a result of brownian motion

[douglasstrother]

Both "Fundamentals of Statistical and Thermal Physics" by Reif and "Statistical Physics" by Wannier conclude with interesting discussions of noise, Brownian Motion, fluctuations and irreversibility.

[HMZZ]

Please also make a video about diffusion

[gigawattbeehot]

Brownian motion makes Mpemba Effect to be proved, reason why : water molecules are moving a lot in Hot water, ‘cause, hot water temperature is going to “ Cooler “ than “ Cold water “, that’s it .
H ₂O molecules are in “ Cold Water “ situation Doesn’t temperature make to Cooler by Not molecules are moving a lot, it’s so Lower than Hot water .(c) This is my idea .