The Seven Follies of Science [2nd ed.]: A popular account of the most famous scientific impossibilities and the attempts which have been made to solve them. To which is added a small budget of interesting paradoxes, illusions, and marvelsPhin, John
History
The Seven Follies of Science [2nd ed.]: A popular account of the most famous scientific impossibilities and the attempts which have been made to solve them. To which is added a small budget of interesting paradoxes, illusions, and marvels
Phin, John
Geometry -- Famous problems; Scientific recreations
This suggestion has been adopted over and over again by sanguine
inventors. Dircks, in his "Perpetuum Mobile," tells us that a
contrivance, on precisely the same principle, was proposed by the Abbe
de la Roque, in "Le Journal des Scavans," Paris, 1686. The instrument
was a U tube, one leg longer than the other and bent over, so that any
liquid might drop into the top end of the short leg, which he proposed
to be made of wax, and the long one of iron. Presuming the liquid to be
more condensed in the metal than the wax tube, it would flow from the
end into the wax tube and so continue.
This is a typical case. A man of learning and of high position is
so confident that his theory is right that he does not think it
worth while to test it experimentally, but rushes into print and
immortalizes himself as the author of a blunder. It is safe to say
that this absurd invention will do more to perpetuate his name than
all his learning and real achievements. And there are others in the
same predicament--circle-squarers who, a quarter of a century hence,
will be remembered for their errors when all else connected with them
will be forgotten.
To every miller whose mill ceased working for want of water, the idea
has no doubt occurred that if he could only pump the water back again
and use it a second or a third time he might be independent of dry or
wet seasons. Of course no practical miller was ever so far deluded as to
attempt to put such a suggestion into practice, but innumerable machines
of this kind, and of the most crude arrangement, have been sketched and
described in magazines and papers. Figures of wheels driving an ordinary
pump, which returns to an elevated reservoir the water which has driven
the wheel, are so common that it is not worth while to reproduce any of
them. In the following attempt, however, which is copied from Bishop
Wilkins' famous book, "Mathematical Magic" (1648), the well-known
Archimedean screw is employed instead of a pump, and the naivete of the
good bishop's description and conclusion are well worth the space they
will occupy.
Public-domain text, read in full here on John Shaqi.
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