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Updated: June 5, 2025
Bulman at Leeds, for whom he afterwards generously provided a place as clerk to the Octagon Chapel at Bath. Indeed, it is a very pleasing trait in William Herschel's character that to the end he was constantly engaged in finding places for his early friends, as well as for the less energetic or less fortunate members of his own family.
It is just the same with science. The use of knowledge to a mind like Herschel's is the mere possession of it. With such as he, it is a love, an object of desire, a thing to be sought after for its town sake; and the mere act of finding it is in itself purely delightful. "Happy is the man that findeth wisdom, and the man that getteth understanding.
Watson introduced Herschel into the select scientific circle of London, where his fine reserve and dignity made their due impress. Herschel's first paper to the Royal Society, presented by Doctor Watson, was on the periodical star in Collo Ceti. The members of the Society, always very jealous and suspicious of outsiders, saw they had a thinker to deal with.
Nevertheless, when one remembers the humble grade of military bandsmen in Germany, even at the present day, and the fact that most of the Herschel family remained in that grade during all their lives, it is clear that William Herschel's life may be fairly included within the scope of the present series.
So distant from our universe are these now universes of Herschel's discovery that their light reaches us only as a dim, nebulous glow, in most cases invisible to the unaided eye. About a hundred of these nebulae were known when Herschel began his studies.
Five only of these were known at the close of the seventeenth century; of which Cussiric discovered four, and Huygens one. It was universally believed that the subject was exhausted. But, on the 28th of August 1780, Herschel's colossal tube revealed to his delighted gaze a satellite nearer to the Saturnian ring than those previously observed.
Both effects are bound up together: in an incandescent solid, or in a molten solid, you cannot have the shorter waves without this intensification of the longer ones. A sun is possible only on these conditions; hence Sir William Herschel's discovery of the invisible ultra-red solar emission.
Moreover, the majority of those actually recorded were of an unmistakable spiral character, and they included most of Sir John Herschel's "double nebulæ," previously supposed to exemplify the primitive history of binary stellar systems. Dr. Max Wolf's explorations with a 6-inch Voigtländer lens in 1901 emphatically reaffirmed the inexhaustible wealth of the nebular heavens.
Doubtless, on that night, as on so many other nights, one star after another was looked at only to be dismissed, as not requiring further attention. On the evening in question, however, one star was noticed which, to Herschel's acute vision seemed different from the stars which in so many thousands are strewn over the sky.
But we have here been anticipating a little of the future which lay before the great astronomer; we must now revert to the history of his early work, at Bath, in 1774, when Herschel's scrutiny of the skies first commenced with an instrument of his own manufacture.
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