Yesterday, I had the extraordinary privilege of visiting The Royal Society with The Foundation For Science and Technology
It was like stepping into a time machine surrounded by artefacts that shaped the trajectory of science and discovery.
As a scientist and chemist, seeing these original works—some dating back over 350 years—was both humbling and inspiring. Their extraordinary condition made me feel like I was transported back to the moment they were created, standing next to the minds that wrote them.
📜 The First Meeting (1660)
We saw the journal documenting the Royal Society’s very first meeting on 28 November 1660. What started as an ordinary gathering blossomed into a legacy of transformative science.
🌌 Newton’s Principia
Newton’s Philosophiæ Naturalis Principia Mathematica (The Mathematical Principles of Natural Philosophy), commonly known as the Principia, is one of the most significant works in the history of science. Newton, contemplating the cosmos since the 1660s—reportedly inspired by the fall of an apple—laid the foundation of modern physics and mathematics. The manuscript, preserved by the Royal Society, remains a vital link to Newton’s revolutionary ideas.
✨ Caroline Herschel’s Discovery (1787)
Long before women were admitted to the Royal Society, Caroline Herschel broke barriers as the first woman to have her work published there. Her discovery of a new comet in 1786 and her groundbreaking paper, “An Account of a New Comet”, marked a milestone for women in science.
🔬 Hooke’s ‘Micrographia’ (1665)
Robert Hooke’s Micrographia revealed a hidden microscopic world, coining the term "cell" while observing cork. His detailed illustrations transformed the ordinary into the extraordinary.
What do you think these intricate structures might be? (1, 2, 3)
🌪 Boyle’s Notebook
Robert Boyle’s meticulous notes on gases and experiments, written over 350 years ago, established him as the father of modern chemistry. His groundbreaking Boyle’s Law, formulated in the 1660s, remains fundamental to understanding the relationship between pressure and volume—a cornerstone of both chemistry and physics.
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