who was a charles bonnet?
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Charles Bonnet syndrome (CBS) ia a common condition among people who've lost their sight.
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Charles Bonnet (French: [bɔnɛ]; 13 March 1720 – 20 May 1793) was a Genevan naturalist and philosophical writer. He is responsible for coining the term phyllotaxis to describe the arrangement of leaves on a plant.
Bonnet was from a French family driven into the Geneva region by the religious persecution in the 16th century.
Bonnet seems never to have left the Geneva region, and does not appear to have taken any part in public affairs except for the period between 1752 and 1768, during which he was a member of the council of the republic. The last twenty five years of his life he spent quietly in the country, at Genthod, near Geneva, where he died after a long and painful illness on 20 May 1793. His wife was a lady of the family of De la Rive. They had no children, but Madame Bonnet's nephew, the celebrated Horace-Bénédict de Saussure, was brought up as their son.
He made law his profession, but his favourite pursuit was the study of natural science. The account of the ant-lion in Noël-Antoine Pluche's Spectacle de la nature, which he read in his sixteenth year, turned his attention to insect life. He procured RAF de Réaumur's work on insects, and with the help of live specimens succeeded in adding many observations to those of Réaumur and Pluche. In 1740, Bonnet communicated to the Academy of Sciences a paper containing a series of experiments establishing what is now termed parthenogenesis in aphids or tree-lice, which obtained for him the honour of being admitted a corresponding member of the academy. During that year he had been in correspondence with his uncle Abraham Trembley who had recently discovered the hydra. This little creature became the hit of all the salons across Europe once philosophers and natural scientists saw its amazing regenerative capabilities.[3] In 1741, Bonnet began to study reproduction by fusion and the regeneration of lost parts in the freshwater hydra and other animals; and in the following year he discovered that the respiration of caterpillars and butterflies is performed by pores, to which the name of stigmata (or spiracles) has since been given. In 1743, he was admitted a fellow of the Royal Society; and in the same year he became a doctor of laws—his last act in connection with a profession which had ever been distasteful to him. In 1753, he was elected a foreign member of the Royal Swedish Academy of Sciences, and on 15 December 1769 a foreign member of the Royal Danish Academy of Sciences and Letters.[4]
His first published work appeared in 1745, entitled Traité d'insectologie, in which were collected his various discoveries regarding insects, along with a preface on the development of germs and the scale of organized beings. Botany, particularly the leaves of plants, next attracted his attention; and after several years of diligent study, rendered irksome by the increasing weakness of his eyesight, he published in 1754 one of the most original and interesting of his works, Recherches sur l'usage des feuilles dans les plantes. In this book, he observes that gas bubbles form on plant leaves that have been submerged in water, indicating gas exchange; and among other things he advances many considerations tending to show (as was later done by Francis Darwin) that plants are endowed with powers of sensation and discernment. But Bonnet's eyesight, which threatened to fail altogether, caused him to turn to philosophy. In 1754 his Essai de psychologie was published anonymously in London. This was followed by the Essai analytique sur les facultés de l'âme (Copenhagen, 1760), in which he develops his views regarding the physiological conditions of mental activity. He returned to physical science, but to the speculative side of it, in his Considerations sur les corps organisées (Amsterdam, 1762), designed to refute the theory of epigenesis, and to explain and defend the doctrine of pre-existent germs. In his Contemplation de la nature (Amsterdam, 1764–1765; translated into Italian, German, English and Dutch), one of his most popular and delightful works, he sets forth, in eloquent language, the theory that all the beings in nature form a gradual scale rising from lowest to highest, without any break in its continuity. His last important work was the Palingénésie philosophique (Geneva, 1769–1770); in it he treats of the past and future of living beings, and supports the idea of the survival of all animals, and the perfecting of their faculties in a future state.
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