Letters on Astronomy: in which the Elements of the Science are Familiarly Explained in Connection with Biographical Sketches of the Most Eminent AstronomersOlmsted, Denison
Science
Letters on Astronomy: in which the Elements of the Science are Familiarly Explained in Connection with Biographical Sketches of the Most Eminent Astronomers
Olmsted, Denison
Astronomy
This method, of interrogating Nature by experiment and observation, was
matured into a system by Lord Bacon, a celebrated English philosopher,
early in the seventeenth century,--indeed, during the life of Galileo.
Previous to that time, the inquirers into Nature did not open their eyes
to see how the facts really _are_; but, by metaphysical processes, in
imitation of Aristotle, determined how they _ought to be_, and hastily
concluded that they were so. Thus, they did not study into the laws of
motion, by observing how motion actually takes place, under various
circumstances, but first, in their closets, constructed a definition of
motion, and thence inferred all its properties. The system of reasoning
respecting the phenomena of Nature, introduced by Lord Bacon, was this:
in the first place, to examine all the facts of the case, and then from
these to determine the laws of Nature. To derive general conclusions
from the comparison of a great number of individual instances
constitutes the peculiarity of the Baconian philosophy. It is called the
_inductive_ system, because its conclusions were built on the induction,
or comparison, of a great many single facts. Previous to the time of
Lord Bacon, hardly any insight had been gained into the causes of
natural phenomena, and hardly one of the laws of Nature had been clearly
established, because all the inquirers into Nature were upon a wrong
road, groping their way through the labyrinth of error. Bacon pointed
out to them the true path, and held before them the torch-light of
experiment and observation, under whose guidance all successful students
of Nature have since walked, and by whose illumination they have gained
so wonderful an insight into the mysteries of the natural world.
It is a remarkable fact, that two such characters as Bacon and Galileo
should appear on the stage at the same time, who, without any
communication with each other, or perhaps without any personal knowledge
of each other's existence, should have each developed the true method of
investigating the laws of Nature. Galileo practised what Bacon only
taught; and some, therefore, with much reason, consider Galileo as a
greater philosopher than Bacon. "Bacon," says Hume, "pointed out, at a
great distance, the road to philosophy; Galileo both pointed it out to
others, and made, himself, considerable advances in it. The Englishman
was ignorant of geometry; the Florentine revived that science, excelled
in it, and was the first who applied it, together with experiment, to
natural philosophy. The former rejected, with the most positive disdain,
the system of Copernicus; the latter fortified it with new proofs,
derived both from reason and the senses."
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