james bowman lindsay

But for the delicacy of his constitution he would have been a farmer, like his father, who apprenticed him to a local hand-loom weaver. Although this would have been possible across the Straits of Dover, it would not have been practicable in the case of the Atlantic. In 1854 Lindsay took out a patent for his system of wireless telegraphy through water. While Lindsay was thus experimenting he was living in extreme penury. In 1858 he published the 'Chrono-Astrolabe, a full set of Astronomical Tables,' intended to assist in calculating chronological periods, and in 1861 'A Treatise on Baptism.'. Unfortunately, his claims are not well documented but, in July 1835, Lindsay did demonstrate a constant electric lamp at a public meeting in Dundee, Scotland. In 1853 he announced, in a lecture on telegraphy delivered in Dundee on 15 March, that by establishing a battery on one side of the Atlantic and a receiver on the other, a current could be passed through the ocean to America without wires. The entry in the Old Parish Register (OPR) for Carmyllie shows he was baptised before the associate congregation at Dunbarrow on 15 September. This distinguished student soon made a name for himself in the fields of mathematics and physics and, despite completing an additional course of studies in theology, he never pursued his vocation and finally returned to Dundee in 1829 as Science and Mathematics Lecturer at the Watt Institution. He was described by one local newspaper as "perhaps the most remarkable man that ever lived in Dundee". In the 'Dundee Advertiser' for 6 May 1845 Lindsay described a new method of telegraphing messages, which he called the autograph electric telegraph. Instead of the twenty-four wires then used for telegraphing he suggested that two would be sufficient; and he proposed that the return current, say from Arbroath to Dundee, could be carried by water if one plate was inserted in the sea at Arbroath and another in the Tay at Dundee. For more than a quarter of a century he devoted all his spare time to it, but it was not completed at his death, and the manuscript is now in the Dundee Museum, a gigantic monument of misapplied labour. He thenceforward devoted himself to scientific pursuits. From an early age he displayed a taste for study, and matriculated at St. Andrews University in October 1822, working at his trade during the recess, and earning some money by private tuition. For years before he had starved himself that he might purchase books and scientific instruments, and when disease came upon him his emaciated frame could not throw it off. 1799-1862. Among his technological innovations, which were not developed until long after his death, are the incandescent light bulb, submarine telegraphy and arc welding. During his childhood he was trained as a handloom weaver. Lindsay never forgot his religious vocation. A An enlarged photograph of Lindsay is in the Dundee Museum, and a marble bust of him, by George Webster, was presented to Dundee by ex-Lord Provost McGrady in 1899, on the centenary of Lindsay's birth, and is in the Dundee Picture Gallery. In 1835 he demonstrated constant electric light, whereby he could "read a book at a distance of one and a half foot". Lindsay's chief glory lay in his vision, which helped to propel scientific advance through the 19th and 20th centuries. To direct attention to his plan, Lindsay published in 1846 his 'Pentecontaglossal Paternoster,' being versions of the Lord's Prayer in fifty different languages. James Bowman Lindsay (8 September 1799 – 29 June 1862) was a Scottish inventor and author. By a strange error his tombstone gives 1863 as the year of his death. He came from a family of four children and being in somewhat delicate health, he was spared the hard farming life of the day and began work as a linen weaver. The great love of his life was his Pentacontaglossal Dictionary of fifty languages through which he hoped to shed light on man's origins and prove the Bible's accuracy. He died on 29 June 1862. James Bowman Lindsay, inventor extraordinary, was born 200 years ago in the village of Carmyllie, near Arbroath. A realistic alternative the use of significantly larger batteries and terminals was never fully explored. James Bowman Lindsay (1799-1862) an early experimenter with electricity who, in 1835 demonstrated a 'constant electric light,' 40 years before Thomas Edison. Like Preston Watson, the Dundee pioneer of flight, Lindsay possessed neither the will nor the sheer ruthlessness to promote his innovations as effectively as he might. The device, however, had an unfortunate flaw. ​LINDSAY, JAMES BOWMAN (1799–1862), electrician and philologist, was born at Carmyllie, Forfarshire, on 8 Sept. 1799. ​While at the university he had become interested in comparative philology, and in 1828 he had begun to compile a Pentecontaglossal dictionary, from which he expected to obtain a high reputation. Classes taken. James Bowman Lindsay was born in Cotton of West Hills, Carmyllie near Arbroath in Angus, Scotland, son of John Lindsay, farm worker, and Elizabeth Bowman. Apprenticed linen weaver. In 19th century Dundee, later to be dubbed the "City of Discovery", Lindsay's talents flourished. The latter experiments are described in 'Chambers's Journal' for 1854. His concern with electric light was mainly prompted by the need to provide a safe method of illuminating the jute mills, where severe fires had devastated the lives of the workers. Being in somewhat delicate health, he was spared the hard farming life of the day, and began work as a linen weaver. per annum, and this post he retained till October 1858, when the Earl of Derby, then prime minister, conferred upon him a pension of 100l. His Lecture on Electricity effectively foretold the development of the information society, and he confidently predicted cities lit by electricity. But for the delicacy of his constitution he would have been a farmer, like his father, who apprenticed him to a local hand-loom weaver. Lindsay himself took a great interest in the debate, with the revolutionary suggestion of using electric arc welding to join cables, and sacrificial anodes to prevent corrosion. This was the culmination of many years' painstaking experimentation in various parts of the country. [Information kindly supplied by Dr. C. H. Lees; Rosenberger, Geschichte der Physik, vol. A deeply religious and humane person, he refused the offer of a post at the British Museum so that he could care for his aged mother.

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