#knowledge Data is interesting to me. What it is, how is it controlled, where it comes from are all very intriguing questions. But the most interesting thing is that **Data is knowledge**! ###### What is data? Anything can be data. Most people define data as facts, numbers and information. This is a more formal approach. I like to think of data as something fluid, meaning it can take any form, shape and size. A conversation, movement, event, building, object can all be data in some way because they all have some form of content or matter (speaking scientifically). Computer data comes in the form of images, text, videos and numbers. It is anything that the computer can process. Processing in this case would mean anything it can interpret and understand. Hence, we can say human data is anything that the human brain can interpret and understand. This is the computer's job! It was made to interpret and understand data that our brains cannot process. Well - not necessarily. But if we intended to, it would take us much more time. The computer processes huge chunks of data in very little time. ###### How is this knowledge? Knowledge is when interpreted and understood data is used practically. Since data can be anything in any form and knowledge is the practical usage of data, knowledge is also fluid. This fluidity means we can use knowledge for anything. This may be the reason behind the philosophical saying, “Knowledge is power!” **IT IS INDEED.** Let's evaluate why. > [!Example] > You arrive at a dinner party you were invited to. At the entrance, you see every guest that enters the house take their shoes off. There are twelve people before you. Each one stops for a moment and steadily removes their footwear. As a result, before you enter the house, you also remove your shoes. > > > Data is what you saw. It's a video or image of people removing their shoes. Knowledge is what you did with this image/video your eyes took. You used it as reference to also remove your shoes. This is called learning - but you already know that. The computer also learns. It uses data to gain knowledge over time. It can take more images and videos and process in lesser time to form knowledge. In my other paper, [[associative learning]], I talk about how specific details in data enhances memory. Say we are able to notice the colour of each person's shoes, their outfit, the number of people (twelve), we can accurately determine different factors involving their behaviour - we can say something about who they are. **Accuracy in data = accuracy in knowledge.** The relationship between data and knowledge is non-linear. One piece of information can be used to quantify or determine another. Instances can and will bump into each other. The level of accuracy in knowledge is determined by the amount of data. How much information we have about something is how much knowledge we can generate. Knowledge is very important because it shapes our understanding and interactions. It makes us who we are! The most knowledgeable people are those with the most data. *Read [[Philosophies and theories/knowledge|knowledge]] to understand a more philosophical view.* ##### The power of data/knowledge Data is the most powerful non-singular thing on the planet. Everything you can imagine is built around it. The most powerful nations, people and systems rely on data. With enough data about something, you have enough knowledge to control that thing. It is no wonder we do population census, have driver's license, take polls, track inventory. This data, accurately presented in detail, gives us access to immense knowledge. So just how much data (knowledge) can we acquire. The [theory of everything](https://en.wikipedia.org/wiki/Theory_of_everything), which [[Albert Einstein]] worked on his entire life, aimed to accurately define this (the very purpose of life, how the entire universe is linked). This ultimate theory, in my opinion, can be achieved by accurately tracking (generating data) every subatomic particle movement in a singular system. With this level of accuracy, everything can be defined, predicted and assumed with zero (0.000000) error. Not only would you be able to predict the future, you can reshape, configure and control it on a subatomic and physical level. Any one system that has such capabilities is a “god”. It just wouldn't stop there! Since knowledge is non-linear, any one thing can be linked to another to produce an output. With such power at impeccable knowledge, every matter in the universe would be at our control. Things we can see and things we cannot. This fluidity allows us to link a singular action on Earth to another on Mars or anywhere in the universe and all at the speed of light or even faster (well, because we have fluid knowledge of light sub-atomically). --- ###### On a more quantum level! Since data is anything at all, it is also atoms and molecules reacting at a subatomic level. When electrons move, the pattern and reaction is data. It becomes difficult to interpret this kind of data because it happens so fast, without being seen. Since there are millions of atoms moving at a subatomic level, we cannot keep constant track of this data. My theory is, if we could accurately keep track of everything happening at a subatomic level, we would have data so accurate, our knowledge would be impeccable. This means we would make zero mistake and every move we make in anything we do would be so accurate, we'd have perfect control! This concept is founded on two fundamental ideas: 1. Data as the Foundation of Reality: The universe itself can be seen as a vast, data-driven system if each interaction, motion, and reaction of subatomic particles is considered “data.” This perspective is consistent with the idea of informational [ontology](https://en.wikipedia.org/wiki/Ontology_(information_science)#:~:text=In%20information%20science%2C%20an%20ontology,or%20all%20domains%20of%20discourse.), which holds that everything—from particles to intricate systems—can be thought of as a type of information processing. 2. Difficulties with Quantum Data Collection: The practical difficulty is that particles do not have classically defined locations or states at subatomic sizes. According to quantum mechanics, particles are characterized by wave functions rather than fixed pathways and exist in probabilities rather than certainties. We would have a degree of data precision that could revolutionize our comprehension of everything from physics to biological processes if we could somehow get past these constraints. One step in this approach is quantum computing, which may one day enable us to replicate or approximate quantum-scale phenomena with previously unheard-of fidelity by processing data in qubits that can represent complex, probabilistic states. Theoretically, an unmatched depth of knowledge would result from a complete model of every subatomic interaction in a system. It could make perfect predictions about the future. This data has the potential to revolutionize a wide range of fields, including health, artificial intelligence, material science, and more. [[Database]]