Biographies of distinguished scientific men. First seriesArago, F. (François)
History
Biographies of distinguished scientific men. First series
Arago, F. (François)
Scientists -- Biography
To investigate a physical cause capable of making the planets revolve in
closed curves; to place the principle of the stability of the universe
in mechanical forces and not in solid supports such as the spheres of
crystal which our ancestors had dreamed of; to extend to the revolutions
of the heavenly bodies the general principles of the mechanics of
terrestrial bodies,--such were the questions which remained to be solved
after Kepler had announced his discoveries to the world.
Very distinct traces of these great problems are perceived here and
there among the ancients as well as the moderns, from Lucretius and
Plutarch down to Kepler, Bouillaud, and Borelli. It is to Newton,
however, that we must award the merit of their solution. This great man,
like several of his predecessors, conceived the celestial bodies to have
a tendency to approach towards each other in virtue of an attractive
force, deduced the mathematical characteristics of this force from the
laws of Kepler, extended it to all the material molecules of the solar
system, and developed his brilliant discovery in a work which, even in
the present day, is regarded as the most eminent production of the human
intellect.
The heart aches when, upon studying the history of the sciences, we
perceive so magnificent an intellectual movement effected without the
cooeperation of France. Practical astronomy increased our inferiority.
The means of investigation were at first inconsiderately entrusted to
foreigners, to the prejudice of Frenchmen abounding in intelligence and
zeal. Subsequently, intellects of a superior order struggled with
courage, but in vain, against the unskilfulness of our artists. During
this period, Bradley, more fortunate on the other side of the Channel,
immortalized himself by the discovery of aberration and nutation.
The contribution of France to these admirable revolutions in
astronomical science, consisted, in 1740, of the experimental
determination of the spheroidal figure of the earth, and of the
discovery of the variation of gravity upon the surface of our planet.
These were two great results; our country, however, had a right to
demand more: when France is not in the first rank she has lost her
place.[24]
This rank, which was lost for a moment, was brilliantly regained, an
achievement for which we are indebted to four geometers.
Public-domain text, read in full here on John Shaqi.
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