On the morning of the 4th of March he came down to the breakfast-table gloomy and despondent. Taking up the morning journal, he ran over it listlessly. Suddenly his eye rested upon a paragraph which caused him to spring to his feet in complete amazement. It was an announcement that, at the very last hour of the session of the previous night, a bill had been passed by Congress appropriating the sum of thirty thousand dollars for the purpose of enabling Professor Morse to construct an experimental line of telegraph between Baltimore and Washington. He could scarcely believe it real, and, as soon as possible, hastened to the Capitol to seek authentic information. The statement was confirmed by the proper authorities, and Morse's dearest wish was realized. The hour of his triumph was at hand, and his long and patient waiting was rewarded at last.
Work on the telegraph line was immediately begun, and carried on actively. At first, an insulated wire was buried under ground in a lead pipe, but this failing to give satisfaction, the wire was elevated upon poles. On the 27th of May, 1844, the line was completed, and the first trial of it made in the presence of the Government officials and many other distinguished men. Professor Morse was confident of success; but this occasion was a period of the most intense anxiety to him, for he knew that his entire future was staked upon the result of this hour. Among the company present to witness the trial was the Secretary of the Treasury, John C. Spencer. Although very much interested in the undertaking, he was entirely ignorant of the principles involved in it, and, therefore, very apprehensive of its failure. It was upon this occasion that he asked one of Professor Morse's assistants how large a bundle could be sent over the wires, and if the United States mail could not be sent in the same way.
When all was in readiness, Professor Morse seated himself at the instrument, and sent his first message to Baltimore. An answer was promptly returned, and messages were sent and replies received with a rapidity and accuracy which placed the triumph of the invention beyond the possibility of doubt. Congratulations were showered upon the inventor, who received them as calmly as he had previously borne the scoffs of many of these same men. Yet his heart throbbed all the while with a brilliant triumph. Fame and fortune both rose proudly before him. He had won a great victory, and conferred a lasting benefit upon his race.
The success of the experimental line brought Professor Morse numerous offers for the use of his invention. Telegraph companies were organized all over the country, and the stock issued by them was taken up as fast as offered. At the present day, not only the United States, but the whole world, is covered with telegraph lines. In July, 1862, just eighteen years after the completion of Morse's experimental line, it was estimated that the lines then in operation throughout the world amounted to an aggregate length of 150,000 miles. The Morse system is adopted on the principal lines of the United States, on all the lines of the Eastern continent, and exclusively on all the continental lines of Europe, "from the extreme Russian north to the Italian and Spanish south, eastward through the Turkish empire, south into Egypt and northern Africa, and through India, Australia, and parts of China."
The rapid growth of the telegraph interest of the United States placed Professor Morse in the possession of a large fortune, which was greatly increased by the adoption of his invention in Europe. The countries which had refused him patents at first now did honor to his genius. Nor was he the only gainer by this. In France, especially, the benefits of his invention were great. The old system of semaphore telegraphs had been an annual expense to the government of that country of 1,100,000 francs, but Morse's telegraph yielded to the French Government, in the first three years after its introduction, a total revenue of 6,000,000 francs.
Fortune was not Morse's only reward. Honors were showered upon him from all parts of the world. In 1848, his alma mater, Yale College, conferred on him the complimentary degree of LL.D., and since then he has been made a member of nearly all the American scientific and art academies. From European Governments and scientific and art associations he has received more honors than have ever fallen to the share of any other American. In 1848, he received from the Sultan of Turkey the decoration of the Nishaun Iftiohar in diamonds, and subsequently gold medals of scientific merit were awarded him by the King of Prussia, the King of Würtemburg, and the Emperor of Austria. The gift of the King of Prussia was set in a massive gold snuff-box. In 1856, the Emperor Napoleon III gave him the Cross of Chevalier of the Legion of Honor; in 1857, he received from the King of Denmark the Cross of Knight of the Danebrog; and in 1858, the Queen of Spain sent him the Cross of Knight Commander of the order of Isabella the Catholic. In 1859, a convention of the representatives of the various European powers met in Paris, at the instance of the Emperor Napoleon III, for the purpose of determining upon the best means of giving Professor Morse a collective testimonial. France, Russia, Sweden, Belgium, Holland, Austria, Sardinia, Tuscany, Turkey, and the Holy See were represented, and their deliberations resulted in the presentation to Professor Morse, in the name of their united governments, of the sum of 400,000 francs, as an honorary and personal reward for his labors. In 1856, the telegraph companies of Great Britain gave him a banquet in London, at which Mr. William Fothergill Corke, himself the distinguished inventor of a system of telegraphy, presided.
Professor Morse is also the inventor of submarine telegraphy. In 1842, he laid the first submarine telegraph line ever put down, across the harbor of New York, and for this achievement received the gold medal of the American Institute. On the 10th of August, 1843, he addressed a communication to the Secretary of the Treasury, in which he avowed his belief that a telegraphic cable could and would be laid across the Atlantic ocean, for the purpose of connecting Europe and America. His words upon this occasion clearly prove that the idea of the Atlantic telegraph originated with him. They were as follows: "The practical inference from this law is, that a telegraphic communication on the electro-magnetic plan may with certainty be established across the Atlantic ocean. Startling as this may now seem, I am confident the time will come when this project will be realized."
In February, 1854, Mr. Cyrus W. Field, of New York, ignorant of Professor Morse's views upon this subject, wrote to him to ask if he considered the working of a cable across the Atlantic practicable. The Professor at once sought an interview with Mr. Field, and assured him of his entire confidence in the undertaking. He entered heartily into Mr. Field's scheme, and rendered great aid in the noble enterprise which has been described elsewhere in these pages. He was present at each attempt to lay the cable, and participated in the final triumph by which his prediction, made twenty-three years previous, was verified.
Professor Morse is now in his eightieth year. He resides during the winter in the city of New York, and passes his summers at his beautiful country seat near Poughkeepsie, on the Hudson. He bears his great honors with the same modesty which marked his early struggles, and is the center of a host of friends whom he has attached to himself by the tenderest ties. "Courage and patience have been his watchwords, and although the snows of time have bleached his hair, the same intelligence and enterprising spirit, the same urbane disposition that endeared him to the friends of his youth, still cause all who know him to rejoice in the honorable independence which his great invention has secured to his age."