Entropy between Micro and Macro Level

What energy is, appears evident to most of us. This is different with its counterpart entropy. Entropy, however, explains much of our everyday life, as well as basic processes in physics and biology. It is worth to be understood. Here, I explain the most basic facts about entropy. Two Levels Define Entropy: Micro Level and Macro Level The scientific physical definition of entropy characterises it as a difference between two levels: a detail level and an overview level. Example Coffee Cup The thermal entropy according to Boltzmann is classic, using the example of an ideal gas. The temperature (1 value)

What is Entropy?

Definition of Entropy The term entropy is often avoided because it contains a certain complexity. The phenomenon entropy, however, is constitutive for everything that is going on in our lives. A closer look is worth the effort. Entropy is a measure of information and it is defined as: Entropy is the information - known at micro level, - but unknown at macro level. The challenge of this definition is: to understand what is meant by the micro and macro level states and ​to understand why entropy is a difference. What is Meant by Micro and Macro Level? The micro

Information Reduction 5: The Classic Glass of Water

Information reduction in thermodynamics A very specific example of information reduction can be found in the field of thermodynamics. What makes this example so special is its simplicity. It clearly illustrates the basic structure of information reduction without the complexity found in other examples, such as those from biology. And it’s a subject many of us will already be familiar with from our physics lessons at school. What is temperature? A glass of water contains a huge amount of water molecules, all moving at different speeds and in different directions. These continuously collide with other water molecules, and their speed

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