The Progress of Invention in the Nineteenth Century.Byrn, Edward W. (Edward Wright)
History
The Progress of Invention in the Nineteenth Century.
Byrn, Edward W. (Edward Wright)
Inventions -- History; Inventions -- History -- 19th century
EARLY TELESCOPES--THE LICK TELESCOPE--THE GRANDE LUNETTE--THE
STEREO-BINOCULAR FIELD GLASS--THE MICROSCOPE--THE SPECTROSCOPE--
POLARIZATION OF LIGHT--KALEIDOSCOPE--STEREOSCOPE--RANGE FINDER--
KINETOSCOPE AND MOVING PICTURES.
“And God said, Let there be light: and there was light. And God saw the
light that it was good; and God divided the light from the darkness.”
Thus early in the account of the creation is evidenced man’s
appreciation of the value of vision. Of all the senses which place man
in intelligent relation to his environment none is so important as
sight. More than all the others does it establish our relation to the
material world. When the babe is born, and its little emancipated soul
is brought in contact with the world, its wondering gaze sees the
panorama of visible things touching its eyes, and it stretches forth its
tiny arms in the vain effort to pluck the stars, apparently within its
reach. Distance and time add their values to light and vision, and as
his life expands to greater fullness, the perspective of his existence
creeps into his consciousness, and he finds himself farther away, but
still peering beyond into the infinity of distance, searching for the
visible evidence of knowledge. From the earliest times man learned to
spurn the groveling things of earth, and to delight his soul with the
marvelous infinity of the sky and its heavenly bodies. _Nunc ad astra_
was his ambitious cry, and in no field has his quest for knowledge been
more skillfully directed, faithfully maintained, or richly rewarded than
in the study of astronomy. Many important discoveries in this field have
been made in the Nineteenth Century, among which may be named the
discovery of the planet Neptune by Adams, Leverrier and Galle in 1846;
the satellites of Neptune in 1846, and those of Saturn in 1848 by Mr.
Lassell; the two satellites of Mars by Prof. Asaph Hall in 1877; and the
discovery of the so-called canals of Mars by Schiaparelli in 1877. But
the purpose of this work is to deal with material inventions rather than
scientific discoveries, and the leading invention in optics is the
telescope.
Who invented the telescope is a question that cannot now be answered.
For many years Galileo was credited in popular estimation with having
made this invention in 1609. But it is now known that, while he built
telescopes, and discovered the mountains of the moon, the spots on the
sun’s disk, the crescent phases of Venus, the four satellites of
Jupiter, the rings of Saturn, and made the first important astronomical
observations, the invention of the telescope, as an instrument, could
not be rightly claimed for him. Borelli credits it to Jansen &
Lippersheim, spectacle makers, of Middelburg, Holland, about 1590;
Descartes credits it to James Metius; Humboldt says Hans Lippershey (or
Laprey), a native of Wesel and a spectacle maker of Middelburg in 1608,
naming also Jacob Adriansz, sometimes called Metius and also Zacharias
Jansen.
Public-domain text, read in full here on John Shaqi.
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