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See also: British astronomer, was See also: born at Naples on the 3rd of See also: January 1819
.
He was called Piazzi after his godfather, the See also: Italian astronomer of that name, whose acquaintance his See also: father, See also: Admiral See also: Smyth, had made at Palermo when on the Mediterranean station
.
His father subsequently settled at See also: Bedford and equipped there an See also: observatory, at which Piazzi Smyth received his first lessons in astronomy, At the age of sixteen he went out as assistant to See also: Sir See also: Thomas Maclear at the Cape of
See also: Good Hope, where he observed See also: Halley's See also: comet and the See also: great comet of 1843, and took an active See also: part in the verification and extension of La Caille's arc of the meridian
.
In 1845 he was appointed astronomer royal for Scotland and professor of astronomy in the university of See also: Edinburgh
.
Here he completed the reduction, and continued the series, of the observations made by his predecessor, Thomas See also: Henderson (see Edinburgh Observations, vols. xi.-xv.)
.
In 1856 he made experimental observations on the See also: Peak of See also: Teneriffe with a view to testing the astronomical advantages of a See also: mountain station
.
The See also: Admiralty made him a See also: grant of £500 for the purpose, and a yacht—the " Titania "—of 140 tons and a
See also: fine 72 in. See also: equatorial See also: telescope were placed at his disposal by See also: friends
.
The upshot of the expedition was to verify See also: Newton's surmise, that a " most serene and quiet air
.
. . may perhaps be found on the tops of the highest mountains above the grosser clouds." The scientific results were detailed in a Report addressed to the lords commissioners of the admiralty, 1858, in a communication to the Royal Society (Phil
.
Trans. cxlviii
.
465) and in the Edinburgh Observations, vol. xii
.
A popular account of the voyage is contained in Teneriffe, an Astronomer's Experiment, 1858
.
In 1871–1872 Piazzi Smyth investigated the spectra of the See also: aurora, and zodiacal See also: light
.
He recommended the use of the " rainband
for weather prediction (Jour
.
Scottish See also: Meteor
.
Society, v
.
84), and discovered, in conjunction with Professor A
.
S
.
See also: Herschel, the See also: harmonic relation between the rays emitted by See also: carbon monoxide
.
In 1877-1878 he constructed at See also: Lisbon a map of the solar-spectrum (Edin
.
Phil
.
Trans. See also: xxix
.
285), for which he received the Macdougall-Brisbane prize in 1880
.
Further spectroscopic researches were carried out by him at See also: Madeira in 188o (Madeira Spectroscopic, 1882), and at Winchester in 1884 (Edin
.
Phil . Trans. vol. xxxii. pt. ii.) . He published besides Three Cities in See also: Russia, (1862), Our See also: Inheritance in the Great See also: Pyramid (1864), See also: Life and See also: Work at the Great Pyramid (1867), and a See also: volume On the Antiquity of Intellectual See also: Man (1868)
.
In 1888 he resigned his official position and retired to the neighbourhood of Ripon, where he died on the 21st of See also: February 1900
.
See See also: Month
.
Notices See also: Roy
.
Astr
.
Society, lxi
.
'89; Observatory, See also: xxiii
.
145, 184; R
.
See also: Copeland in Astr
.
Nach
.
No . 3636, and Pop . Astronomy (1900), p . 384; Nature, lxii . 161 (A . S . Herschel); See also: Andre and Rayet, L'Astronomie pratique, ii
.
12, (A
.
M
.
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