The Earth's BeginningBall, Robert S. (Robert Stawell)
Science
The Earth's Beginning
Ball, Robert S. (Robert Stawell)
Krakatoa (Indonesia); Nebular hypothesis
Kant’s famous work with which we are now concerned appeared in 1755.[1]
In it he laid down the immortal principle of the nebular theory. The
greatness of this book is acknowledged by all who have read it, and
notwithstanding that the progress of knowledge has made it obvious that
many of the statements it contains must now receive modification, Kant’s
work contains the essential principle affirming that the earth, the sun,
the planets, and all the bodies now forming the solar system did really
originate from a vast contracting nebula. In later years Kant’s
attention was diverted from these physical questions to that profound
system of philosophy with which his name is chiefly associated. The
nebular theory is therefore to be regarded as incidental to Kant’s great
lifework rather than as forming a very large and important part of it.
Footnote 1:
We are now fortunately able to refer the English reader to the work of
Professor W. Hastie, D.D., entitled “Kant’s Cosmogony,” Glasgow, 1900.
Kant’s most interesting career is charmingly described in De Quincey’s
“Last Days of Immanuel Kant.”
[Illustration: IMMANUEL KANT.
(_From an old Print._)]
At the close of the last century, while France was in the throes of the
Revolution, a school of French mathematicians was engaged in the
accomplishment of a task which marked an epoch in the history of human
thought. Foremost among the mathematicians who devoted their energies to
the discussion of the great problems of the universe was the illustrious
Laplace. As a personal friend of Napoleon, Laplace received marked
distinction from the Emperor, who was himself enough of a mathematician
to be able to estimate at their true value the magnificent results to
which Laplace was conducted.
It was at the commencement of Kant’s career, and before his great
lifework in metaphysics was undertaken, that he was led to his nebular
theory of the solar system. In the case of Laplace, on the other hand,
the nebular theory was not advanced until the close of the great work of
his life. The _Mécanique Céleste_ had been written, and the fame of its
author had been established for all time; and then in a few pages of a
subsequent volume, called the _Système du Monde_, he laid down his
famous nebular theory. In that small space he gave a wonderful outline
of the history of the solar system. He had not read that history in any
books or manuscripts; he had not learned it from any ancient
inscriptions; he had taken it direct from the great book of Nature.
Public-domain text, read in full here on John Shaqi.
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