Скачать или смотреть What is Entropy? Understanding the Measure of Disorder in the Universe

Entropy is a fundamental concept in physics, chemistry, and information theory, describing the level of disorder or randomness in a system. From thermodynamics to black holes and the arrow of time, understanding entropy helps us unlock the secrets of nature and the flow of energy in the universe.


At first glance, life seems to defy the laws of entropy — living organisms maintain highly organized and structured forms, while the Second Law of Thermodynamics tells us that systems tend toward disorder. So how do biological systems manage to build and maintain such complex structures?

The answer lies in the way living organisms exchange energy and matter with their surroundings. Biological systems are open systems — they take in low-entropy energy (like sunlight or food) and release higher-entropy waste (like heat or CO2) into the environment.

This constant flow of energy allows life to maintain internal order and perform highly organized functions such as growth, reproduction, and adaptation, all while the total entropy of the universe still increases.

Understanding entropy in biology is key to fields like biophysics, molecular biology, and systems biology — from the folding of proteins, to the way cells regulate energy and information, and even the way evolution shapes life under thermodynamic constraints.

Life is a dance between order and entropy — a beautiful example of local organization emerging in a universe tending toward disorder!
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