in the world: and now, when the royal and ducal Frederics, Cristierns, and Brunswicks, of that day, have slid into oblivion, he begins to spread himself into the minds of thousands. As happens in great men, he seemed, by the variety and amount of his powers, to be a composition of several persons⁠—like the giant fruits which are matured in gardens by the union of four or five single blossoms. His frame is on a larger scale, and possesses the advantage of size. As it is easier to see the reflection of the great sphere in large globes, though defaced by some crack or blemish, than in drops of water, so men of large calibre, though with some eccentricity or madness, like Pascal or Newton, help us more than balanced mediocre minds.

His youth and training could not fail to be extraordinary. Such a boy could not whistle or dance, but goes grubbing into mines and mountains, prying into chemistry and optics, physiology, mathematics, and astronomy, to find images fit for the measure of his versatile and capacious brain. He was a scholar from a child, and was educated at Upsala. At the age of twenty-eight, he was made Assessor of the Board of Mines, by Charles XII. In 1716, he left home for four years, and visited the universities of England, Holland, France, and Germany. He performed a notable feat of engineering in 1718, at the siege of Fredericshall, by hauling two galleys, five boats, and a sloop, some fourteen English miles overland, for the royal service. In 1721 he journeyed over Europe, to examine mines and smelting works. He published, in 1716, his Daedalus Hyperboreus, and, from this time, for the next thirty years, was employed in the composition and publication of his scientific works. With the like force, he threw himself into theology. In 1743, when he was fifty-four years old, what is called his illumination began. All his metallurgy, and transportation of ships overland, was absorbed into this ecstasy. He ceased to publish any more scientific books, withdrew from his practical labors, and devoted himself to the writing and publication of his voluminous theological works, which were printed at his own expense, or at that of the Duke of Brunswick, or other prince, at Dresden, Liepsic, London, or Amsterdam. Later, he resigned his office of Assessor: the salary attached to this office continued to be paid to him during his life. His duties had brought him into intimate acquaintance with King Charles XII, by whom he was much consulted and honored. The like favor was continued to him by his successor. At the Diet of 1751, Count Hopken says, the most solid memorials on finance were from his pen. In Sweden, he appears to have attracted a marked regard. His rare science and practical skill, and the added fame of second sight and extraordinary religious knowledge and gifts, drew to him queens, nobles, clergy, shipmasters, and people about the ports through which he was wont to pass in his many voyages. The clergy interfered a little with the importation and publication of his religious works; but he seems to have kept the friendship of men in power. He was never married. He had great modesty and gentleness of bearing. His habits were simple; he lived on bread, milk, and vegetables; and he lived in a house situated in a large garden; he went several times to England, where he does not seem to have attracted any attention whatever from the learned or the eminent; and died at London, March 29, 1772, of apoplexy, in his eighty-fifth year. He is described, when in London, as a man of quiet, clerical habit, not averse to tea and coffee, and kind to children. He wore a sword when in full velvet dress, and, whenever he walked out, carried a gold-headed cane. There is a common portrait of him in antique coat and wig, but the face has a wandering or vacant air.

The genius which was to penetrate the science of the age with a far more subtle science; to pass the bounds of space and time; venture into the dim spirit-realm, and attempt to establish a new religion in the world⁠—began its lessons in quarries and forges, in the smelting-pot and crucible, in shipyards and dissecting-rooms. No one man is perhaps able to judge of the merits of his works on so many subjects. One is glad to learn that his books on mines and metals are held in the highest esteem by those who understand these matters. It seems that he anticipated much science of the nineteenth century; anticipated, in astronomy, the discovery of the seventh planet⁠—but, unhappily, not also of the eighth; anticipated the views of modern astronomy in regard to the generation of earth by the sun; in magnetism, some important experiments and conclusions of later students; in chemistry, the atomic theory; in anatomy, the discoveries of Schlichting, Monro, and Wilson; and first demonstrated the office of the lungs. His excellent English editor magnanimously lays no stress on his discoveries, since he was too great to care to be original; and we are to judge, by what he can spare, of what remains.

A colossal soul, he lies vast abroad on his times, uncomprehended by them, and requires a long local distance to be seen; suggest, as Aristotle, Bacon, Selden, Humboldt, that a certain vastness of learning, or quasi omnipresence of the human soul in nature, is possible. His superb speculations, as from a tower, over nature and arts, without ever losing sight of the texture and sequence of things, almost realizes his own picture, in the Principia, of the original integrity of man. Over and above the merit of his particular discoveries, is the capital merit of his self-equality. A drop of water has the properties of the sea, but cannot exhibit a storm. There is beauty of a concert, as well as of a flute; strength of a host, as well as

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