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Gilberts experiment to demonstrate that two pieces of iron wire, A, B
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Gilberts experiment to demonstrate that two pieces of iron wire, A, B
537772 Gilberts experiment to demonstrate that two pieces of iron wire, A, B, placed near the pole, C, of a magnet, will have the same magnetism induced in them and so repel one another. From William Gilbert De Magnete, London, 1600 by Gilbert, William (1544-1603); (add.info.: " De Magnete, Magneticisque Corporibus" ; English physicist experimenting in magnetism; Gilbert concluded that the earth was magnetic and this was why the compass pointed north; father of electricity; ); Universal History Archive/UIG; English, out of copyright
Media ID 22941366
© Universal History Archive/UIG / Bridgeman Images
1600 Demonstrate Elizabethan Experiment Gilbert Iron Magnet Magnetism Pieces Pole Repel William Wire Induced Magnete
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This print captures a significant moment in scientific history - Gilbert's groundbreaking experiment to demonstrate the magnetism induced in two pieces of iron wire near a magnet's pole. Taken from William Gilbert's renowned book "De Magnete" published in London, 1600, this image showcases the meticulous work of an English physicist exploring the mysteries of magnetism. In this experiment, labeled A and B, both iron wires are placed near the pole C of a powerful magnet. As Gilbert observed, these wires exhibit identical levels of induced magnetism and consequently repel each other with great force. This discovery revolutionized our understanding of magnetic fields and their effects on objects. William Gilbert was not only a pioneer in studying magnets but also made significant contributions to electricity research during the Elizabethan era. His experiments led him to conclude that Earth itself possesses magnetic properties which explain why compasses always point north. The historical significance of this photograph lies not only in its portrayal of an important scientific breakthrough but also as a testament to Gilbert's status as the father of electricity. Through his tireless efforts and meticulous experimentation, he laid the foundation for future advancements in physics and our modern understanding of electromagnetism. Displayed by Bridgeman Images' Fine Art Finder collection, this print serves as a reminder that curiosity and perseverance can lead us to unravel nature's most profound secrets.
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