What is Chaos? Have you heard about it? It is the concept that comes with the famous “Turing’s paradox” – if the universe is filled with randomness, how can we possibly predict what will happen next? If there is no order, how can anything ever be organized? Chaos is one of the most powerful concepts in the physical sciences. In fact, it is one of the foundations of modern physics and philosophy.
Let us take a brief look into what is entropic. Entropic is the measure of how disorder appears to be random. The total statistical difference between any system in a state that is reversible and a state that isn’t, is zero. Any real life example would involve some kind of chaotic process. For instance, if you are to burn a CD, what is the probability that you might end up with a different CD when you stop the burning process?
If you have two different temperatures on both sides of a CD, what is the probability that you will get a different temperature from the starting point? For each side of the CD, this will be a multiple of one hundred percent. This means that the probability of what is known as “order” on the CD is exactly one percent. While this seems very low, consider that each side of the CD is in a completely different state, and that each side is in a different “zone” of time.
When speaking of what is entropy, one term that comes to mind is “chaos.” Contrary to popular belief, the name does not come from Greek mythology. “Chaos” is actually the German word for “order.” Regardless, according to statistical thermodynamics, there is an overall natural order on our planet that is described by a range of gradients of order that varies between zero and infinity. This natural order is what is commonly referred to as “paradigm.”
The question is how does this all tie in to understanding what is entropy and its relation to the world of macroscopic phenomena such as what is the Heating or Cooling of the earth, and the likelihood of global warming. Global warming is the increase in Earth’s average temperature over time, as identified by global temperature records. What is Entropic about global warming is that it is a process that happens very quickly, and with the possibility of abrupt changes in the future that could radically change Earth’s climate. This has been a major issue in recent years because with the lack of a fundamental law of thermodynamics, changing Earth’s temperature rapidly without any means for slowing down the rate is difficult.
Entropy also plays a role in thermodynamics. Entropy can be defined as the amount of disorder in the overall balance of a given system, whether it is a closed system or not. Entropies are different for different systems, and there is no universal law of Entropics. A good way to visualize the concept of entropics is to think of the different temperatures at the different stages of a lava flow. At high pressure, the temperatures rise exponentially, while at lower pressure, they drop.
Entropics also play a large part in the Search for the Most Meaningful Ecosystem, or the Search for Life. Because the natural world has a tendency to be chaotic, meaning that there are differing degrees of order and different types of disorder, there are an infinite number of possibilities where life can exist. While we don’t know how to search for life on Mars or the moon, we do know how to search for the most meaningful ecosystem in the human domain. By using techniques such as metabolisms, we can measure how much energy is spent on energy production and compare this with what is called the Entropical Energy Equation (EEE), which can be derived from data like fossil fuel use, solar radiation and the location of deserts.
All the major religions figure out Entropics, including Buddhism, Hinduism and Islam. Theological fundamentalists argue against evolution because the universe is orderly and the way things are should be the way they are. Many of these fundamentalists subscribe to what is called “the Omega point”, where they believe there is an unchanging, perfect state that is beyond both humans and their understanding. What is entropy, and how can it be used to make our world a better place?