The Evolution of Naval ArmamentRobertson, Frederick Leslie
History
The Evolution of Naval Armament
Robertson, Frederick Leslie
Naval art and science -- History; Ordnance, Naval -- History; Warships -- History
Robins’ mind was of too practical a bent, however, to allow him to stay
faithful to pure mathematics; his restless energy required another
outlet. Hence he was led to consider those “mechanic arts” that
depended on mathematical principles: bridge building, the construction
of mills, the draining of fens and the making of harbours. After a
while, taking up the controversial pen again, he wrote and published
papers by which a great reputation gradually accrued. In 1735 he
blew to pieces, with a _Discourse on Sir Isaac Newton’s Method of
Fluxions_, a treatise written against the mathematicians by the
Bishop of Cloyne. And shortly after followed further abstruse and
controversial studies: on M. Euler’s Treatise on Motion, on Dr. Smith’s
System of Optics, and on Dr. Jurin’s Distinct and Indistinct Vision.
His command of language now attracted the attention of certain
influential gentlemen who, deploring the waste of such talent on
mathematical subjects, persuaded their young acquaintance to try his
hand at the writing of political pamphlets: party politics being at
that time the absorbing occupation of the population of these islands.
His success was great; his writings were much admired. And--significant
of the country and the age--friendships and acquaintances were formed
by the pamphleteer which were later to be of great value to the rising
scientist.
This phase of his activities, fortunately, did not last long. Kindling
the lamp of science once more, he now started on the quest which was to
make him famous.
Public-domain text, read in full here on John Shaqi.
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