The three laws of determinism were discovered by Sir Isaac Newton.
Sir Isaac Newton, a famous physicist, wrote in the introduction to the first edition of "Mathematical Principles of Natural Philosophy" that the harmonious principles of mechanics should be applied to other natural phenomena. Since then, there have been some attempts in different sciences to find things that are like mechanics. In a broad sense, though, Newton's wish did not come true.
With the discovery of Ring Determinism, we can finally apply Newton's mechanics to a wide range of things.
Let's start with Newton's first law, which says: "In the absence of external forces, a material body stays at rest or keeps moving in a straight line because of its own inertia." It's also called "the law of inertia." What is inertia, then? In fact, it describes a body's ability to keep moving in the same way it did when it started.
Newton's second law is written as: F = m! a, where F is the size of the external force, m is the size of the mass that doesn't move, and an is the size of the acceleration of a body. If we rewrite this as: a = F / m, it's clear that the more mass a body has, the more effort it takes to give it the same acceleration from the outside. In this case, the inertial mass is a measure of how much the object's own mass resists the outside force.
The third law of Newton says that any outside force on a body makes the body do something equal and opposite to the force. In other words, any separate body can "answer" an outside force in a good way.
It is important to keep in mind that these laws clearly imply that each separate material body has its own special internal self-determining mechanism, the origin of which shows an ability to protect itself and resist outside influences. Up until now, only teleology tried to explain how each body could have its own unique internal drive. In the framework of materialism, there is no way to explain this.
With the idea of Ring Determinism, it is now possible to explain this in a strict scientific way and to generalise it so that it can be used to explain a wide range of things. The idea of ring determinism says that when the ends of a segment of any causal chain are closed by accident or on purpose, a closed causal steady or almost stable natural formation is made. A specific internal determining stream can form when there is constant internal circulation. The idea is that this constant internal flow gives rise to a new determining origin, which makes it possible for new formations to happen. This is not only to prove that it is a separate natural factor with its own set of unique properties, but also to stand up to the world and every possible outside influence in terms of matter, power, force, information, and other things.
Inertia is an example of a mechanical effect that shows how things come from within. In general, displays of this origin can be quite different from one another. It has to do with electromagnetic phenomena, as well as things that happen in biology, anthropology, politics, sociology, education, and other fields. But in all cases, Newton's list of rules can be summed up by the following three laws of determinism:
The first law of determinism says that if there are no outside influences, a natural formation stays in the same state or continues to move, function, act, or grow based on its own internal determination.
The second law of determinism says that the more strongly its own internal determining origin is expressed (developed), the more effort must be put in from the outside to change its movement (life, behaviour, development).
The third law of determinism says that any outside influence on a separate natural formation causes a corresponding reaction, as long as the formation keeps its structure and functions intact. Obviously, this action is planned, done, and led by its own internal motivation.
This has to be true for everything around us, whether it's a temporary social group, a huge cloud formation, a piece of software, a psychological goal, or something else that has its own natural formation.
So, the generalisation of Newton's laws means that they apply to a wide range of situations and let us say that they follow constructively ordered principles. Also, the general theory of determinism is changed in a way that makes sense.
