Great Fortunes, and How They Were Made eBook

This eBook from the Gutenberg Project consists of approximately 694 pages of information about Great Fortunes, and How They Were Made.

Great Fortunes, and How They Were Made eBook

This eBook from the Gutenberg Project consists of approximately 694 pages of information about Great Fortunes, and How They Were Made.
of rapid communication between distant points, of which the world was so much in need; and the experiments which his new acquaintance had witnessed in Paris removed from his mind the last doubt of the feasibility of the scheme.  Being of an eminently practical character, he at once set to work to discover how this could be done, and succeeded so well that before the “Sully” reached New York he had conceived “not merely the idea of an electric telegraph, but of an electro-magnetic and chemical recording telegraph, substantially and essentially as it now exists,” and had invented an alphabet of signs, the same in all important respects as that now in use.  “The testimony to the paternity of the idea in Morse’s mind, and to his acts and drawings on board the ship, is ample.  His own testimony is corroborated by all the passengers (with a single exception), who testified with him before the courts, and was considered conclusive by the judges; and the date of 1832 is therefore fixed by this evidence as the date of Morse’s conception, and realization also—­so far as the drawings could embody the conception—­of the telegraph system which now bears his name.”

But though invented in 1832, it was not until 1835 (during which time he was engaged in the discharge of the duties of his professorship in the University of the City of New York) that he was enabled to complete his first recording instrument.  This was but a poor, rude instrument, at the best, and was very far from being equal to his perfected invention.  It embodied his idea, however, and was a good basis for subsequent improvements.  By its aid he was able to send signals from a given point to the end of a wire half a mile in length, but as yet there was no means of receiving them back again from the other extremity.  He continued to experiment on his invention, and made several improvements in it.  It was plain from the first that he needed a duplicate of his instrument at the other end of his wire, but he was unable for a long time to have one made.  At length he acquired the necessary funds, and in July, 1837, had a duplicate instrument constructed, and thus perfected his plan.  His telegraph now worked to his entire satisfaction, and he could easily send his signals to the remote end of his line and receive replies in return, and answer signals sent from that terminus.  Having brought it to a successful completion, he exhibited it to large audiences at the University of New York, in September, 1837.  In October, 1837, Professor Morse filed a caveat to secure his invention, but his patent was not obtained until 1840.

He now entered upon that period of the inventor’s life which has proved so disastrous to many, and so wearying and disheartening to all—­the effort to bring his invention into general use.  It was commonly believed that, although the invention was successful when used for such short distances as had been tried in the City of New York, it would fail when tested by longer lines.  Morse was confident, however,

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Great Fortunes, and How They Were Made from Project Gutenberg. Public domain.