History of chemistry

The historical study of how people developed chemical knowledge, practices, theories, and institutions across cultures and periods.

Alchemy: A historical tradition combining practical experimentation with theories of material transformation and spiritual change. Its laboratories and texts formed a major predecessor to early modern chemistry.
Robert Boyle: A seventeenth-century natural philosopher whose experimental work helped establish modern chemistry. His insistence on experiment and corpuscular explanations challenged inherited accounts of matter.
Matter: Anything that has mass and occupies space. Changing accounts of matter anchor the long development of chemical theories.
Royal Society: A British scientific society founded in 1660 to support the advancement of natural knowledge. Its meetings and publications helped organize experimental science in early modern Britain.
History of science: The study of how scientific knowledge, practices, and institutions have changed over time. It supplies methods for interpreting chemistry within wider scientific and social change.
Ancient Greek philosophy: The intellectual traditions of ancient Greece that examined nature, knowledge, ethics, and political life. Greek theories of matter shaped explanations of substances for centuries.
Phlogiston theory: An eighteenth-century theory that explained combustion through the release of a substance called phlogiston. Its eventual failure shows how experimental chemistry replaced a dominant theory of combustion.
Chemical element: A pure substance consisting of atoms with the same number of protons. The changing definition of an element marks a central shift in chemical thought.
Chemical Society: A British learned society founded in 1841 to advance chemistry and support chemists. Professional societies made chemistry a more organized scientific discipline.
Scientific revolution: A historical account of major transformations in European natural philosophy and science during the sixteenth and seventeenth centuries. Chemistry’s gradual development tests narratives that divide science into abrupt revolutions.

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