Electrodynamics Collection

Heinrich Lenz, German-Russian physicist (colour litho)
821675 Heinrich Lenz, German-Russian physicist (colour litho) by Russian School (20th century); Private Collection; (add.info.: Heinrich Lenz (1804-1865)

Demonstration of the Third Equilibrium, c. 1800 (pen & ink on paper)
ACD169652 Demonstration of the Third Equilibrium, c.1800 (pen & ink on paper) by Ampere, Andre Marie (1775-1836); Academie des Sciences, Paris

Manuscript on electron dynamics, 5th June 1905 (pen and ink on paper)
ACD163306 Manuscript on electron dynamics, 5th June 1905 (pen and ink on paper) by Poincare, Henri (1854-1912); Academie des Sciences, Paris

Heinrich Friedrich Emil Lenz, Russian-German physicist, 19th century. Born in Estonia (then part of the Russian Empire), Heinrich Lenz (1804-1865) is best known for Lenzs Law in electodynamics

Andre-Marie Ampere (1775-1836), French mathematician and physicist, 19th century. Ampere established the laws and principles which related magnetism and electricity to each other

Street sign, Rue Ampere, Paris, France. Andre-Marie Ampere (1775-1836), French mathematician and physicist, established the laws and principles which related magnetism and electricity to each other

Ampere and Arago, French physicists
Ampere and Arago. Historical artwork of the French physicists Andre-Marie Ampere (1775-1836, left) and Francois Arago (1786-1853) studying electromagnetism

Phonic wheel
Antique illustration of a phonic wheel invented by Poul la Cour by 1875

Andre Marie Ampere (1775-1836) French mathematician and physicist: Electrodynamics. Paris street sign bearing his name

Andre Marie Ampere (1775-1826) French mathematician and physicist. Electrodynamics. 19th century portrait engraving

ARTEMIS satellites and the Moon, artwork C017 / 7201
ARTEMIS satellites and the Moon. Computer artwork of NASAs twin ARTEMIS (Acceleration, Reconnection, Turbulence and Electrodynamics of the Moons Interaction with the Sun)

Wilhelm Weber, German physicist
Wilhelm Eduard Weber (1804-1891), German physicist. Weber spent most of his career as professor of physics at the University of Gottingen from 1831 to 1837, and again from 1849

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"Exploring the Electrodynamics: A Journey through Time and Discoveries" Step into the world as we delve into its fascinating history and groundbreaking concepts. Witness a captivating demonstration of the Third Equilibrium, dating back to around 1800. Through intricate pen and ink drawings on paper, this visual representation showcases the equilibrium achieved within electromagnetic systems. Uncover an invaluable manuscript on electron dynamics penned on June 5th, 1905. This remarkable document provides insights into the behavior and motion of electrons, shedding light on their fundamental role in electromagnetism. Meet Heinrich Friedrich Emil Lenz, a prominent Russian-German physicist from the 19th century. His contributions to they were instrumental in formulating Lenz's Law, which describes how induced currents oppose changes in magnetic fields. Discover Andre-Marie Ampere, a renowned French mathematician and physicist who left an indelible mark on electrodynamics during the 19th century. As you stroll down Rue Ampere in Paris, France, his legacy is immortalized by a street sign bearing his name. Immerse yourself further into Ampere's world as we explore his collaboration with fellow French physicists Arago. Together they made significant advancements in understanding electromagnetism that paved the way for future discoveries. Marvel at the phonic wheel—an ingenious device designed by Andre Marie Ampere himself—demonstrating principles of sound propagation through vibrations generated by rotating spokes interacting with air molecules. Pay homage to Andre-Marie Ampere once again as we acknowledge his profound influence on electrodynamics with multiple mentions throughout history. His relentless pursuit of knowledge revolutionized our understanding of electricity and magnetism. Finally, gaze upon ARTEMIS satellites gracefully orbiting around our celestial neighbor—the Moon—in stunning artwork C017 / 7201. These satellites embody humanity's ongoing exploration of space using principles rooted in electrodynamics. Electrodynamics, a captivating field where scientific brilliance and technological advancements intertwine.