1796 in science is a topic that has captured the attention of millions of people around the world. Since its emergence, it has been the subject of debate, discussion and exploration, as experts, scholars and the general public attempt to understand its impact on contemporary society. This article dives into 1796 in science, examining its origins, evolution, and current relevance. Through a detailed and insightful analysis, we seek to shed light on this phenomenon, providing a complete and updated vision of its meaning and influence in various areas. By approaching 1796 in science from different angles, the aim is to offer a panoramic view that allows the reader to delve into this topic with a broad and deep understanding.
The year 1796 in science and technology involved some significant events.
Astronomy
Pierre-Simon Laplace publishes Exposition du système du monde, his work on astronomy (mainly celestial mechanics) following Newton and Lagrange. He develops an analytical theory of tides, deduces the mass of the Moon, improves the calculation of cosmic orbits, and predicts that Saturn's rings will be found to rotate. Most notably, he propounds the modern nebular hypothesis, independently outlined by Kant.
Chemistry
Rev. James Parker is granted a patent in Britain for Roman cement ("A certain Cement or Terras to be used in Aquatic and other Buildings and Stucco Work").
July 10 – He discovers that every positive integer is representable as a sum of at most three triangular numbers, noting in his diary "Heureka! num = Δ + Δ + Δ."
April 4 – Georges Cuvier reads his paper Mémoires sur les espèces d'éléphants vivants et fossiles at the opening of the Institut National in Paris, demonstrating that species had become extinct.
August 9 – Opening to traffic of the Wearmouth Bridge in England, designed by Thomas Paine in cast iron. The second in this material built after that at Ironbridge, but over twice as long, its span of 237 feet (72 m) makes it the world's longest single-span vehicular bridge extant at this date.[9][10][11]
^Dunnington, G. Waldo (2004). Carl Friedrich Gauss: Titan of Science (new ed.). Washington, DC: Mathematical Association of America. ISBN978-0-88385-538-6. OCLC53933110.
^Graham, Patrick (2001). Phrenology: revealing the mysteries of the mind (videorecording (DVD)). Richmond Hill, Ont.: American Home Treasures. ISBN0-7792-5135-0.