Newton's laws codified the idea of the integrated system and contributed to the normalization of the common Modern man an unwavering logical reliability in the material consistency of the universe. The idea eventually splayed into two very broad, divergent interpretations of Newton's system.
One view was the uniformity of natural causes in a closed system: the material world is all that exists. This scientific emphasis says that material laws are "high" or ultimate. If God exists, he is within the system as a material portion of that system. Because material begets material, God, in any personal sense, is necessarily the product of the material universe. This strictly scientific interpretation of reality was the dominant mindset of the Modern world and can be generally described as atheistic because, as a closed system, it claims a functionality independently of God or any deity whatsoever.
Following the popularity of Newton's discoveries, the 18th century Enlightenment galvanized the closed system position. That closed system can be described as all of natural law, including the total of natural causes and effects in the universe, is integrated (uniformity) into a reasonable way (closed system). To the Modern this goes without saying. To predecessors of Modern, scientific discovery, this was an epic revelation. So the pull of gravity on the moon relates to the pull of gravity on earth in such a way that all objects on earth weigh about one-third their earth-weight on the moon.
I can say “all” because within the Modern systematic mindset is a reasonable relationship between the pull of gravity on the earth and the pull of gravity on the moon. Materially, the entire universe is one environment. Its natural laws are self-contained and provide the Modern with a rigid form of consistency to which he can attribute his logical reliability and subsequent common sense. Consequently, the closed system perspective allowed the West to wrest from nature its mathematical formulae. The Enlightenment was committed to understanding the natural world on the basis of reason alone without the influence of religious belief. To sum it up, it can be said that the Modern worldview converges upon the focal point that what can be known can be known apart from God.
Scientists contributed to Newton's discoveries for the next two hundred years until Einstein changed physics altogether. In his Laws of Motion, Newton's “object” was an idealized particle in which he theorized an infinitesimally small “center” without consideration of the other real particles making up the object. Though eventually proven to be an oversimplification, the idealized particle was used to illustrate such complex behaviors like planetary motion and human behavior. Strict interpretation of Newton's Laws would apply to every particle of the object, resulting in exponentially erratic behavior of the object not yet understood by classical science.
Einstein published his Special Relativity in 1905. Einstein's discovery was a science of space, not objects, per se. Classical physics bifurcated position and motion, studying each separately from the other. Einstein was interested in how objects relate to the overall behavior of space. What he discovered was that space “bends.” Consider how water responds when an object is submerged. It responds totally appropriately: absorbing the object and totally integrating itself with the object's every blemish. Space is similar. An object inserted into space, “disrupts” that space, creating a uniquely complimentary environment. Further, if that object is hurtling through space, how unique is the relationship now between space and the object?
The complexity of Einstein's genius is that he created a science independent of the referential frame of any observer. The simplicity of Einstein's genius is that two observers in the same referential frame (fixed point) moving at the same velocity of earth are likely to observe a single, similar phenomena while two observers in different referential time frames (and, therefore, moving at different speeds relative to each other) may not observe the same phenomena. Though relativity here is contingent upon the referential frame of two observers, the entire theory is contingent upon a point that exists independently of each observer.
Einstein's relativity challenged the simplicity of Newton's assumption of how mass and motion interact. As it became popularized, the effect of Einstein's theory was a significant contribution to the undoing of other classical assumptions that were largely religious and naturally underpinned a multitude of then current cultural expressions. Once Einstein's Special Relativity was published (his General Relativity followed in 1917), Western culture was self-consciously experimenting with the ramifications of relativity.
One view was the uniformity of natural causes in a closed system: the material world is all that exists. This scientific emphasis says that material laws are "high" or ultimate. If God exists, he is within the system as a material portion of that system. Because material begets material, God, in any personal sense, is necessarily the product of the material universe. This strictly scientific interpretation of reality was the dominant mindset of the Modern world and can be generally described as atheistic because, as a closed system, it claims a functionality independently of God or any deity whatsoever.
Following the popularity of Newton's discoveries, the 18th century Enlightenment galvanized the closed system position. That closed system can be described as all of natural law, including the total of natural causes and effects in the universe, is integrated (uniformity) into a reasonable way (closed system). To the Modern this goes without saying. To predecessors of Modern, scientific discovery, this was an epic revelation. So the pull of gravity on the moon relates to the pull of gravity on earth in such a way that all objects on earth weigh about one-third their earth-weight on the moon.
I can say “all” because within the Modern systematic mindset is a reasonable relationship between the pull of gravity on the earth and the pull of gravity on the moon. Materially, the entire universe is one environment. Its natural laws are self-contained and provide the Modern with a rigid form of consistency to which he can attribute his logical reliability and subsequent common sense. Consequently, the closed system perspective allowed the West to wrest from nature its mathematical formulae. The Enlightenment was committed to understanding the natural world on the basis of reason alone without the influence of religious belief. To sum it up, it can be said that the Modern worldview converges upon the focal point that what can be known can be known apart from God.
Scientists contributed to Newton's discoveries for the next two hundred years until Einstein changed physics altogether. In his Laws of Motion, Newton's “object” was an idealized particle in which he theorized an infinitesimally small “center” without consideration of the other real particles making up the object. Though eventually proven to be an oversimplification, the idealized particle was used to illustrate such complex behaviors like planetary motion and human behavior. Strict interpretation of Newton's Laws would apply to every particle of the object, resulting in exponentially erratic behavior of the object not yet understood by classical science.
Einstein published his Special Relativity in 1905. Einstein's discovery was a science of space, not objects, per se. Classical physics bifurcated position and motion, studying each separately from the other. Einstein was interested in how objects relate to the overall behavior of space. What he discovered was that space “bends.” Consider how water responds when an object is submerged. It responds totally appropriately: absorbing the object and totally integrating itself with the object's every blemish. Space is similar. An object inserted into space, “disrupts” that space, creating a uniquely complimentary environment. Further, if that object is hurtling through space, how unique is the relationship now between space and the object?
The complexity of Einstein's genius is that he created a science independent of the referential frame of any observer. The simplicity of Einstein's genius is that two observers in the same referential frame (fixed point) moving at the same velocity of earth are likely to observe a single, similar phenomena while two observers in different referential time frames (and, therefore, moving at different speeds relative to each other) may not observe the same phenomena. Though relativity here is contingent upon the referential frame of two observers, the entire theory is contingent upon a point that exists independently of each observer.
Einstein's relativity challenged the simplicity of Newton's assumption of how mass and motion interact. As it became popularized, the effect of Einstein's theory was a significant contribution to the undoing of other classical assumptions that were largely religious and naturally underpinned a multitude of then current cultural expressions. Once Einstein's Special Relativity was published (his General Relativity followed in 1917), Western culture was self-consciously experimenting with the ramifications of relativity.
