French Academy Of Sciences Collection

John Dalton, British chemist C017 / 7114
John Dalton (1766-1844), British chemist, physicist and meteorologist. Daltons atomic theory that explained chemical changes was published in A New System of Chemical Philosophy (1808)

Meeting of the Academie Francaise des Sciences in the Louvre, 17th Century (engraving)
3647512 Meeting of the Academie Francaise des Sciences in the Louvre, 17th Century (engraving) by Sevin, Pierre Paul (1650-17100 (after); Private Collection; (add.info)

L Academie des Sciences et des Beaux-Arts, 1698. Creator
L Academie des Sciences et des Beaux-Arts, 1698

Louis XIV Visiting the Royal Academy of Sciences, 1671. Creator
Louis XIV Visiting the Royal Academy of Sciences, 1671

Henri-Marie Blainville, French Naturalist
Henri-Marie Blainville. Portrait of the french naturalist Henri-Marie Ducrotay de Blainville. De Blainville was a member of the French Academy of Sciences

Henri Bouley, French veterinarian
Henri Bouley (1814-1885), French veterinarian. Bouley, professor and director at the veterinary school at Maisons-Alfort, was made Inspector-General of veterinary schools in 1866

Speed of sound experiment, 1826
Speed of sound experiment. 19th-century artwork of an experiment that took place in 1826 to measure the speed of sound in water

Andre-Marie Ampere, French physicist
Andre-Marie Ampere (1775-1836), French physicist and pioneer of electrodynamics. Ampere also worked as a mathematician and chemist. He was elected to the French Academy of Sciences in 1814

Measuring a degree of the meridian, 1736
Measuring a degree of the meridian. In 1736-7 the French mathematician Pierre Maupertuis was sent by the French Academy of Sciences to Finland to measure a degree of the meridian at the Arctic

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The French Academy of Sciences, founded in 1666, has been a hub of scientific innovation and discovery for centuries. From its earliest days, it attracted brilliant minds from all over the world, including renowned British chemist John Dalton. His groundbreaking work on atomic theory revolutionized our understanding of matter. One can only imagine the intellectual fervor that filled the halls of the Louvre during meetings of the Academie Francaise des Sciences in the 17th century. Engravings depicting these gatherings transport us back to a time when knowledge was shared and nurtured within these esteemed walls. In 1698, L'Academie des Sciences et des Beaux-Arts was established under Louis XIV's patronage. This royal visit to the academy in 1671 showcases his support for scientific endeavors and highlights their importance in advancing society. Henri-Marie Blainville, a prominent French naturalist, made significant contributions to zoology and paleontology during his tenure at the academy. His research expanded our understanding of animal anatomy and classification systems. The pursuit of knowledge knows no boundaries or nationalities; hence John Dalton's presence at this prestigious institution is noteworthy. As a British chemist who studied atmospheric gases and developed atomic theory further, he left an indelible mark on scientific progress. Another remarkable experiment conducted within these hallowed halls was measuring the speed of sound in 1826. This groundbreaking endeavor pushed boundaries by exploring acoustics and laying foundations for future advancements in communication technology. Andre-Marie Ampere stands as one among many revered French physicists associated with this illustrious institution. His pioneering work on electromagnetism laid down fundamental principles still used today. Throughout its history, The French Academy of Sciences has served as a beacon for scientists across disciplines - from veterinarians like Henri Bouley to physicists like Andre-Marie Ampere - fostering collaboration and pushing boundaries beyond what we thought possible.