Sir Humphry Davy explains in simple terms what it is that leads to scientific progress.
In 1812, research chemist and popular lecturer Humphry Davy was knighted for his services to Science. In that same year, he published an overview of his discipline, Elements of Chemical Philosophy, and prefaced it with an introduction to the basics of the new scientific method. There were, he said, three essential components to it.
Michael Faraday’s tour of Europe included a ‘picturesque’ multicultural event on the slopes of Mount Vesuvius.
In November 1813, Napoleon Bonaparte, smarting from his humiliating Retreat from Moscow, was waging war across Europe. This did not stop Sir Humphry Davy (who called him ‘the Corsican robber’) going to Paris to receive the Napoleon Prize, or young Michael Faraday from going with him, and afterwards they went on to the Kingdom of Naples, then under French control.
Sir Humphry Davy pleads with Britain’s scientists not to be bought by Napoleon’s gold.
Soon after Napoleon Bonaparte embarked on his quest for a united Europe in 1803, Sir Humphry Davy gave a lecture in which he urged Britain’s scientists to support their country’s sovereignty and commercial freedom, rather than sell out their country in the expectation of funding from Napoleon’s Europe.
Faraday’s work on electromagnetism made him an architect of modern living, and one of Albert Einstein’s three most revered physicists.
American physicist Albert Einstein kept three portraits on his wall, men who had inspired his own world-changing study of physics. They were all British: Sir Isaac Newton, James Clerk Maxwell, and Michael Faraday (1791-1867).
A Cornish professor of chemistry with a poetic turn who helped make science a popular fashion.
Sir Humphry Davy (1778-1829), rather like the more recent American astronomer Carl Sagan, was not only an authority in his field, but a gifted communicator who inspired others to take an active interest in science.