A MOOC (for those of you like me who did not know what this was) is a ‘massive open online course’, and Lancaster University and the Royal Institution of Great Britain are hosting one about Humphry Davy which will start on 30 October 2017.
The course will run for four weeks. Learners will typically spend three hours per week working through the steps, which will include videos (filmed on location at the Royal Institution), text-based activities and discussion, and quizzes. Learners will be guided at all stages by a specialist team of educators and mentors. It's entirely free to participate, and no prior knowledge of Davy is required.
Humphry Davy was a good friend of William Nicholson and they were both keen disseminators of knowledge, so would encourage you to spread the word to anyone who might be interested.
In 1797 young Davy had ‘commenced in earnest his study of natural philosophy,’ but this ‘soon gave place to that of chemistry’ and in his note book he recorded that his first experiments ‘were made when I had studied chemistry only four months, when I had never seen a single experiment executed, and when all my information was derived from Nicholson’s Chemistry, and Lavoisier’s Elements.’ (style='"Times New Roman",serif;' (Davy and Davy, The Collected Works,1839.)
Then in the Spring of 1799, Davy made contact with Nicholson sending two articles to include in A Journal of Natural Philosophy and the Arts, both of which appeared in the May edition:
There is much more to tell about their relationship, but now is not the time, so let’s get back to the MOOC …
This FREE course is intended for anyone with an interest in Humphry Davy, or early nineteenth century literature, science, or history. It will explore some of the most significant moments of Davy's life and career, including his childhood in Cornwall, his work at the Medical Pneumatic Institution in Bristol and the Royal Institution in London, his writing of poetry, his invention of his miners' safety lamp and the controversy surrounding this, and his European travels. The course will also investigate the relationships that can exist between science and the arts, identify the role that science can play in society, and assess the cultural and political function of science.
Free course – open to all - sign up today at
Image: A Mad Dog in a Coffee House by Thomas Rowlands, 1809 - Source wikimedia
If I have a bit of spare time on a business trip to London, then I can often be found in the Royal Society ploughing through the minute books to see whether William Nicholson was ever proposed as a member.
Nicholson’s son, also called William, recalled that:
The main point on which my father felt aggrieved was his rejection at the Royal Society. My father had been recommended by several of the members of the Society to offer himself. He was duly proposed, but objected to.
It came to my father’s ears that Sir Joseph Banks was the chief objector, having said that whatever pretensions Mr Nicholson had to the membership, he did not think a ‘sailor boy’ a fit person to rank among the gentlemen members of the Royal Society, or words to that effect.
But, let us not dwell on his one disappointment, when Nicholson enjoyed such a wide variety of acquaintances through his membership of a number of societies, each of which I will return to in a future blog:
The Cannonians (around 1780) – this was the name of an informal dining club that met in a cookshop in Porridge Island near St. Martin's-in-the-Fields.
Richard Kirwan’s Philosophical Society (1780-1787) – which had no official name, but was often called the Chapter Coffee House Society, after its main meeting place. See this blog for details of the membership. William Nicholson joined in 1783, proposed by Jean-Hyacynthe de Magellan and John Whitehurst, and was elected joint secretary with William Babington in 1784.
General Chamber of Manufacturers of Great Britain and Ireland (1785-1787) – Josiah Wedgwood was the first chairman and proposed Nicholson as secretary.
The Society for the Improvement of Naval Architecture (1791-1796) – established by Mr John Sewell, a publisher and friend of Nicholson who proposed him as a member from outset.
The Royal Institution, Committee for Chemical Investigation and Analysis (June 1801- ) Nicholson was appointed to this committee with Anthony Carlise, presumably proposed by Humphry Davy.
The Geological Society of London (1807-) Nicholson joined as a member in 1812, proposed by Anthony Carlisle, James Parkinson, Arthur Aikin (a founder of the society) and Richard Knight.
Who would be the equivalent today of the American physicist Sir Benjamin Thomson, Count Rumford, FRS (1753-1814)?
A quick review of the current fellows of the Royal Society, filtered by the scientific area of ’physics’ and a free text search for a ‘Sir’ brings up the engineer Lord Broers – an expert in nanotechnology and former Chairman of the House of Lords Science and Technology Committee.
He sounds rather important, and if he was calling round to see my father (rather than summoning my father to a meeting at his own convenience), I might think the fact was worth recording in some detail.
Frustratingly, William Nicholson’s son and biographer leaves us with nothing more than that short phrase ‘Count Rumford called but seldom’ in his memoir of his father The Life of William Nicholson (1753-1815).
There is no hint to the object of their discussions – although they might have related to Nicholson’s work on the Committee of Chemistry at the Royal Institution.
From the perspective of young William, Count Rumford was just one of many estimable visitors who worked with his father in various societies, attended Nicholson’s scientific lectures or weekly conversazione, or consulted him on patents or matters of civil engineering.
With the names of his father’s associates including the likes of Josiah Wedgwood, Matthew Boulton, Richard Kirwan, Sir Joseph Banks, Humphry Davy, Frederick Accum, Richard Trevithick, Jabez Hornblower, Jean-Hyacinth Magellan and Anthony Carlisle, one can see how young William might have become blasé about one more 'important' visitor.