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clerk maxwell, balfour stewart and fleeming jenkin as members of that committee the oscillatory character of the discharge of the leyden jar, the foun

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clerk maxwell, balfour stewart and fleeming jenkin as members of that committee.the oscillatory character of the discharge of the leyden jar, the foundation of the work of h.r.hertz and of wireless telegraphy were investigated by him in 1853.it was in 1873 that he undertook to write a series of articles for _good words_ on the mariners compass.he wrote the first, but so many questions arose in his mind that it was five years before the second appeared.in the meanwhile the compass went through a process of complete reconstruction in his hands a process which enabled both the permanent and the temporary magnetism of the ship to be readily compensated, while the weight of the 10in.card was reduced to oneseventeenth of that of the standard card previously in use, although the time of swing was increased.second only to the compass in its value to the sailor is thomsons sounding apparatus, whereby soundings can be taken in 100 fathoms by a ship steaming at 16 knots; and by the employment of pianowire of a breaking strength of 140 tons per square inch and an iron sinker weighing only 34 lb., with a selfregistering pressure gauge, soundings can be rapidly taken in deep ocean.thomsons tide gauge, tidal harmonic analyser and tide predicter are famous, and among his work in the interest of navigation must be mentioned his tables for the simplification of sumners method for determining the position of a ship at sea.it is impossible within brief limits to convey more than a general idea of the work of a philosopher who published more than three hundred original papers bearing upon nearly every branch of physical science; who one day was working out the mathematics of a vortex theory of matter on hydrodynamical principles or discovering the limitations of the capabilities of the vortex atom, on another was applying the theory of elasticity to tides in the solid earth, or was calculating the size of water molecules, and later was designing an electricity meter, a dynamo or a domestic watertap.it is only by reference to his published papers that any approximate conception can be formed of his lifes work; but the student who had read all these knew comparatively little of lord kelvin if he had not talked with him face to face.extreme modesty, almost amounting to diffidence, was combined with the utmost kindliness in lord kelvins bearing to the most elementary student, and nothing seemed to give him so much pleasure as an opportunity to acknowledge the efforts of the humblest scientific worker.the progress of physical discovery during the last half of the 19th century was perhaps as much due to the kindly encouragement which he gave to his students and to others who came in contact with him as to his own researches and inventions; and it would be difficult to speak of his influence as a teacher in stronger terms than this.one of his former pupils, professor j.d.cormack, wrote of him: it is perhaps at the lecture table that lord kelvin displays most of his characteristics.his master mind, soaring high, sees one vast connected whole, and, alive with enthusiasm, with smiling face and sparkling eye, he shows the panorama to his pupils, pointing out the similarities and differences of its parts, the boundaries of our knowledge, and the regions of doubt and speculation.to follow him in his flights is real mental exhilaration.in 1852 thomson married margaret, daughter of walter crum of thornliebank, who died in 1870; and in 1874 he married frances anna, daughter of charles r.blandy of madeira.in 1866, perhaps chiefly in acknowledgment of his services to transatlantic telegraphy, thomson received the honour of knighthood, and in 1892 he was raised to the peerage with the title of baron kelvin of largs.the grand cross of the royal victorian order was conferred on him in 1896, the year of the jubilee of his professoriate.in 1890 he became president of the royal society, and he received the order of merit on its institution in 1902.a list of the degrees and other honours which he received during the fiftythree years he held his glasgow chair would occupy as much space as this article; but any biographical sketch would be conspicuously incomplete if it failed to notice the celebration in 1896 of the jubilee of his professorship.never before had such a gathering of rank and science assembled as that which filled the halls in the university of glasgow on the 15th, 16th and 17th of june in that year.the city authorities joined with the university in honouring their most distinguished citizen.about 2500 guests were received in the university buildings, the library of which was devoted to an exhibition of the instruments invented by lord kelvin, together with his certificates, diplomas and medals.the eastern, the angloamerican and the commercial cable companies united to celebrate the event, and from the university library a message was sent through newfoundland, new york, chicago, san francisco, los angeles, new orleans, florida and washington, and was received by lord kelvin seven and a half minutes after it had been despatched, having travelled about 20,000 miles and twice crossed the atlantic during the interval.it was at the banquet in connexion with the jubilee celebration that the lord provost of glasgow thus summarized lord kelvins character: his industry is unwearied; and he seems to take rest by turning from one difficulty to anotherdifficulties that would appal most men and be taken as enjoyment by no one else.this life of unwearied industry, of universal honour, has left lord kelvin with a lovable nature that charms all with whom he comes in contact.three years after this celebration lord kelvin resigned his chair at glasgow, though by formally matriculating as a student he maintained his connexion with the university, of which in 1904 he was elected chancellor.but his retirement did not mean cessation of active work or any slackening of interest in the scientific thought of the day.much of his time was given to writing and revising the lectures on the wave theory of light which he had delivered at johns hopkins university, baltimore, in 1884, but which were not finally published till 1904.he continued to take part in the proceedings of various learned societies; and only a few months before his death, at the leicester meeting of the british association, he attested the keenness with which he followed the current developments of scientific speculation by delivering a long and

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