Sir Isaac Newton and the Three Laws of Determinism
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Sir Isaac Newton and the Three Laws of Determinism
In his "Mathematical Principles of Natural Philosophy," Sir Isaac Newton aspired to extend the principles of mechanics to various natural phenomena. Although some parallels in separate sciences have been identified, Newton's broader vision remained largely unrealized?"until the concept of Ring Determinism emerged, offering a way to apply Newton's mechanics to a wider range of phenomena.
Newton's Three Laws
First Law: The Law of Inertia
Newton's first law states that a material body will remain at rest or continue in uniform motion unless acted upon by an external force. This principle of inertia describes a body's ability to maintain its motion.Second Law: Force and Acceleration
Expressed as F = ma, Newton's second law indicates that the force applied to a body is equal to its mass multiplied by its acceleration. Rewriting this as a = F/m shows that a larger mass requires more force to achieve the same acceleration, highlighting the body's resistance to external forces.Third Law: Action and Reaction
Newton's third law asserts that every action has an equal and opposite reaction, meaning any force exerted on a body provokes a corresponding response.Internal Self-Determination
These laws suggest an internal mechanism within each material body that allows it to self-preserve and resist external influences?"a concept previously explored only through teleology, and not well-integrated within materialism.
The Concept of Ring Determinism
Ring Determinism provides a scientific framework for understanding internal self-determination. When the ends of a causal chain form a loop, a stable or quasi-stable formation arises, creating an internal flow that sustains itself. This flow enables formations to manifest unique properties and resist external forces in various aspects, such as material, power, and information.
Generalized Laws of Determinism
1. First Law: In the absence of external influences, a natural formation maintains its state or continues its development due to its internal determination.
2. Second Law: The stronger its internal determination, the more external effort is needed to induce change.
3. Third Law: Any external influence on a natural formation triggers a specific reaction, guided by its internal determination, provided it retains its structural and functional integrity.
These laws apply broadly across realms, from social groups to atmospheric phenomena, and even to software and psychological goals.
By expanding Newton's principles, we see that these laws conform to ordered, constructive principles, refining the general theory of determinism.
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