Books › Biographical notice of Nicolo Paganini, With and analysis of his compositions and a sketch of the history of the violin, 1876 › scan 25
Scan 25
Biographical notice of Nicolo Paganini, With and analysis of his compositions and a sketch of the history of the violin, 1876
8 lines. Read by computer on 3 September 2026. No printed page number was found. See the scan on archive.org.
1It is to be remarked, that what Chanot conceived to be a discovery was simply returning to the form of Viols of the middle ages; that the form had been adopted by able makers, and that there is still extant a Bass Viol of Gaspard di Salo, the angles of which are removed, in the possession of M. Frazzini at Milan; that another Bass of the same form, constructed by Pietro Guarnieri, belongs to M. Cappi at Mantua; and that M. de Rovetta of Bergamo, possesses an old Violin of the same form. The artists who made these essays discovered that the results did not answer their expectations.
3A retired officer of the Italian army, M. Galbussera, reproduced the pretended invention of Chanot in a Violin which he exhibited in the Palace of Brera at Milan in 1832. M. Antolini, of that city, a distinguished artist, criticised in a small pamphlet the false principle which led to this return to primitive forms.*
5Some years after Chanot's Violin had been consigned to the department of the museum specially devoted to this object, Felix Savart, a physicist of eminence, struck with the discoveries of Chladni on the communication of vibrations and regularity of sonorous waves, devoted himself with great ardour to the application of these discoveries in the construction of bow instruments, and after several experiments, made with great sagacity, he arrived at the following deductions:—1st, When two or a larger number of bodies, whatever they may be, come into immediate contact, and one is directly put into motion, they all produce the same number of vibrations at the same time; 2nd, All these vibrations follow parallel directions; 3rd, The increase of the sound of any kind of body—for example of a string—depends upon the simultaneity of the vibrations of the bodies with which this string is in contact; and this increase is carried to its highest point when the bodies put into motion by communication are in such conditions that, if they were directly put into motion, they would produce the same number of vibrations as the body acted upon in the first instance.
7* "Osservazioni su due Violini esposti nelle sale dell' I. R. Palazzo di Brera uno de' quali di forma non commune." Milan, 1832, in 8vo.
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