The Royal Society of London
Founded in 1660 with the motto "Nullius in Verba"—take nobody's word for it. Discover the institution that pioneered peer review, scientific publishing, and the evidence-based method that reshaped knowledge.
Foundation of Modern Science
The Birth of Scientific Method
Gresham College, November 1660
After a lecture by Christopher Wren, twelve natural philosophers met to create "a Colledge for the Promoting of Physico-Mathematicall Experimentall Learning." This informal gathering started the world's first scientific academy dedicated to experiments.
Founders like Christopher Wren, Robert Boyle, John Wilkins, and Sir Robert Moray shared a commitment to Francis Bacon's vision of experimental philosophy. Unlike universities that relied on classical authority, they sought to understand nature through direct observation and controlled tests.
The Royal Charter of 1662
On 15 July 1662, King Charles II granted the Royal Charter to "The Royal Society of London for Improving Natural Knowledge." This charter gave the Society its legal footing and royal backing, making experimental philosophy legitimate in an age of tradition.
The Charter let the Society "examine all systems, theories, principles, hypotheses, elements, histories, and experiments of things natural, mathematical, and mechanical." This wide scope covered everything from astronomy and math to anatomy and chemistry.
Scientific Publishing
Philosophical Transactions: The World's First Scientific Journal
"We understand nature by looking at things themselves, not just what's written about them. To advance knowledge, we must ask not what Aristotle taught, but what nature shows us through observation and experiment."
On 6th March 1665, Henry Oldenburg published the first issue of Philosophical Transactions, establishing the foundation of modern scientific communication. This pioneering journal introduced the revolutionary concept of peer review, where experimental claims were scrutinised by fellow practitioners before publication.
Early issues featured groundbreaking work: Hooke's microscopic views, Newton's light experiments, and Boyle's studies on air pressure. Each paper had to include detailed methods so others could repeat and check the results.
This systematic approach to recording and sharing knowledge transformed natural philosophy from individual speculation to collaborative investigation. The principle of "nullius in verba" demanded that claims be supported by reproducible evidence rather than reliance on ancient authority or personal reputation.
Distinguished Members
Fellows Who Shaped Science
Sir Isaac Newton
President (1703-1727)
Author of Principia Mathematica, Newton established the mathematical foundation of physics and astronomy. His laws of motion and universal gravitation unified terrestrial and celestial mechanics, demonstrating that the same physical principles govern all matter in the universe.
Robert Hooke
Curator of Experiments (1662-1703)
Architect, inventor, and microscopist who coined the term "cell" through his observations in Micrographia. Hooke's law of elasticity, his improvements to the compound microscope, and his contributions to architecture demonstrate the breadth of experimental philosophy.
"The understanding of our current research practices requires deep engagement with the Royal Society's foundational protocols. Their establishment of systematic peer review created the methodological framework that still governs scientific publishing today."
Lasting Impact
The Society's Enduring Influence
Peer Review System
The Society's requirement for experimental verification and collegial scrutiny established the peer review process that remains fundamental to scientific publishing and knowledge validation.
Empirical Methodology
The motto "Nullius in Verba" institutionalised the principle that natural phenomena must be investigated through observation and experiment rather than deference to ancient authorities.
International Collaboration
Through correspondence with natural philosophers across Europe, the Society fostered international scientific exchange that transcended political and religious boundaries.
"The breakdown of the Royal Society's early protocols in establishing peer review methodology helped my undergraduate students understand the institutional development of modern scientific practice. This resource provides unparalleled insight into the transformation from natural philosophy to empirical science."
Access Royal Society Documents
Explore digitised charters, early Philosophical Transactions, and correspondence between founding Fellows. Our collection provides unprecedented access to the documentary foundation of modern science.