Sir Isaac Newton And The Three Laws Of Determinism

Sir Isaac Newton And The Three Laws Of Determinism



Sir Isaac Newton and the​ Three Laws of​ Determinism

In the​ foreword to​ the​ first edition of​ the​ well-known "Mathematical Principles of​ Natural Philosophy" the​ great physicist,​ Sir Isaac Newton wrote,​ in​ particular,​ that it​ would be desirable to​ extend the​ harmonious principles of​ mechanics to​ other natural phenomena. Since then,​ there were some attempts to​ identify certain analogies to​ mechanics in​ a​ number of​ separate sciences. However in​ a​ broad sense,​ the​ wish of​ Newton remained unrealized.

Today,​ with the​ advent of​ the​ concept Ring Determinism,​ we​ at​ last,​ have an​ opportunity to​ generalize the​ mechanics of​ Newton over a​ wide range of​ phenomena.

Let's start with the​ First law of​ Newton,​ which states: in​ the​ absence of​ external influences,​ a​ material body remains in​ a​ condition of​ rest or​ continues in​ uniform and rectilinear movement through inertia. This law is​ also known as​ "the law of​ inertia". And what is​ inertia? as​ a​ matter of​ fact,​ it​ describes the​ ability of​ a​ body to​ preserve the​ initial parameters of​ its own motion.

The formula of​ the​ Newton's second law is: F = m • a,​ where F = the​ size of​ the​ external force,​ m = size of​ inert mass,​ a​ = size of​ the​ acceleration of​ a​ body. if​ we​ rewrite this as: a​ = F / m it​ becomes obvious,​ that the​ larger the​ mass of​ a​ body,​ the​ greater external effort is​ required to​ apply the​ same acceleration to​ it. Actually,​ inertial mass here acts as​ a​ measure of​ its own internal resistance to​ the​ influence of​ the​ external force.

The third law of​ Newton states that any external influence on​ a​ body causes an​ equal and opposite action from the​ body. in​ other words,​ any separate body can adequately "answer" an​ external influence.

It is​ necessary to​ pay attention to​ the​ fact that in​ these laws,​ there is​ transparently implied for each separate material body,​ a​ certain special internal self-determining mechanism,​ the​ origin of​ which demonstrates an​ ability towards self-preservation and resistance to​ external influences. Until now,​ only teleology tried to​ explain the​ presence in​ each separate body of​ a​ special internal determination. There is​ no such explanation in​ the​ framework of​ materialism.

With the​ advent of​ the​ concept of​ Ring Determinism,​ it​ is​ possible to​ give this a​ strict scientific explanation and to​ generalize this and apply it​ to​ a​ wide range of​ phenomena. the​ concept of​ ring determinism asserts that in​ the​ case of​ casual or​ intentional closure of​ the​ ends of​ a​ segment of​ any causal chain,​ there is​ the​ creation of​ a​ closed causal steady or​ quasi-stable natural formation. Through continuous internal circulation,​ a​ specific internal determining stream can arise. the​ idea is​ that the​ presence of​ this continuous internal stream gives rise to​ creation of​ a​ new determining origin,​ which allows new formations. This is​ not only to​ affirm itself as​ a​ separate natural factor with a​ set of​ its own special properties,​ but also to​ oppose itself against the​ world and every possible external influence in​ material,​ power,​ force,​ information and other aspects.

Inertia is​ an​ example of​ a​ mechanical display of​ internal determining origins. Generally,​ displays of​ this origin can be rather diverse. it​ concerns the​ sphere of​ electromagnetic phenomena,​ and processes in​ biology,​ anthropology,​ politics,​ sociology,​ pedagogics and other spheres. But in​ all cases,​ the​ panel of​ regulations noted by Newton,​ can be generalized by way of​ the​ following three laws of​ determinism:

The first law of​ determinism: in​ the​ absence of​ external influences,​ the​ separate natural formation retains its condition or​ continues motion,​ function,​ behaviour,​ development under the​ influence of​ its own internal determination.

The second law of​ determinism: the​ more strongly (of higher power) its own internal determining origin is​ expressed (developed),​ the​ greater the​ external effort that must be applied to​ its movement (life,​ behaviour,​ development) to​ induce change.

The third law of​ determinism: any external influence on​ a​ separate natural formation causes a​ corresponding reaction,​ as​ long as​ it​ keeps its structural and functional integrity. Clearly,​ this action is​ organized,​ carried out and directed by its own internal determination.

This necessarily applies the​ widest spectrum of​ things surrounding us,​ including temporary social groups,​ mighty atmospheric formations,​ computer software products,​ psychological aims and others that exhibit a​ separate natural formation.

So,​ the​ generalization of​ Newton's laws apply to​ a​ broad range of​ experience and enable us to​ say that they conform to​ constructive ordered principles. Furthermore the​ general theory of​ determinism receives a​ necessary modification.




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