Joseph Wright of Derby

• 1. Introduction

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  Joseph Wright, born on the 3rd of September 1734 in Irongate, Derby, became the painter who captured a moment when the world began to see by a new kind of light. He lived and worked through the age when science started to challenge everything people had taken on faith. The candles in his paintings are not just props. They are the question itself: what does it mean to illuminate? What gets lost in the dark when reason floods in?

  Wright would become known to history as Joseph Wright of Derby, a painter of portraits and landscapes whose greatest achievement was something stranger: turning the drama of scientific experiment into art. His canvases would show people gathered around air pumps, orreries, and alchemical flasks, their faces caught between wonder and unease. Why did he choose those subjects? Who were the men behind those experiments? And what did it cost, in the end, to paint the birth of science?

• 2. Derby, London, and Back

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  At seventeen, Wright left Derby for London and spent two years studying under Thomas Hudson, who had also taught Joshua Reynolds. That connection placed Wright at the edge of the most prestigious painting tradition in England. He acknowledged, too, the influence of Alexander Cozens, applying Cozens's ideas about composition to his own developing work.

  After an early stint painting portraits in Derby, Wright returned to London for a further fifteen months as Hudson's assistant. By 1753 he had settled back in Derby for good. He diversified: portraits remained his bread and butter, but he began pushing into subjects lit by artificial light, producing the tenebristic work for which he would later be celebrated. From 1768 to 1771 he worked productively in Liverpool, painting prominent citizens and their families.

  His personal life took shape in the same years. On the 28th of July 1773, Wright married Ann Swift, daughter of a Derbyshire lead miner. Shortly after, he set off for Italy with the artist John Downman, his newly pregnant wife, and a companion named Richard Hurleston. Their ship sheltered for three weeks in Nice before arriving in Livorno in February 1774. He spent substantial time in Naples, though he never witnessed a major eruption of Mount Vesuvius. Smaller eruptions may have sparked what became a recurring subject in his later landscapes.

• 3. Bath, Snub, and Return

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  When Wright came back from Italy, he tried the fashionable spa city of Bath, setting up as a portrait painter among the wealthy clientele who gathered there. Encouragement did not follow. By 1777 he had returned to Derby, where he would remain for the rest of his life.

  In Derby, asthma and nervous complaints increasingly confined him. His physician was Erasmus Darwin, a leading medical doctor and a man of broad scientific interests who also happened to be grandfather of Charles Darwin. That friendship pulled Wright into the orbit of the Lunar Society of Birmingham, a network of industrialists, scientists, and philosophers who met regularly and drove much of the intellectual energy of the English Midlands. Wright was never a formal member of the Society, but the connection shaped what he painted.

  Two of his most important patrons came from that world: Josiah Wedgwood, whose name is linked to the industrialization of pottery, and Richard Arkwright, widely credited with creating the factory system in cotton manufacturing. Wright submitted work regularly to the Society of Artists of Great Britain and to the Royal Academy. He was elected an associate of the Royal Academy in 1781 and a full member in 1784. He declined the full membership, believing he had received a slight, and severed his official connection with the Academy, though he continued to send work to its exhibitions from 1783 until 1794.

• 4. Light Against Dark

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  Wright's signature technique was tenebrism, an intensified version of chiaroscuro that drove the contrast between light and dark well beyond what most painters of his day attempted. His candlelit subjects are the clearest expression of this approach. Three Persons Viewing the Gladiator by Candlelight, painted in 1765, placed figures around a classical sculpture in near-total darkness, letting a single flame define every face.

  A Philosopher Lecturing on the Orrery, completed in 1766 and now at the Derby Museum and Art Gallery, shows a demonstration of how the planets move around the Sun. The Scottish scientist James Ferguson, who lived from 1710 to 1776, had given a series of lectures in Derby in July 1762, drawing on his 1760 book on mechanics, hydrostatics, and optics. Ferguson used physical models and instruments in those talks. Wright may well have attended; tickets were sold through John Whitehurst, Wright's close neighbour, a clockmaker and scientist whose practical knowledge of the orrery Wright could have drawn on.

  An Experiment on a Bird in the Air Pump, finished in 1768 and now in the National Gallery, gathered a group of observers around an early experiment testing whether air could sustain life. The faces around the glass vessel carry different weights of feeling, from curiosity to distress. Wright's 1774 painting The Alchemist in Search of the Philosopher's Stone depicted the discovery of phosphorus by the German alchemist Hennig Brand in 1669, showing a flask of boiled-down urine bursting into light as the phosphorus ignites spontaneously. The image carried layers: faith meeting illumination, a praying figure caught in the sudden flare of a substance found in the most mundane of materials.

• 5. Science Under Siege

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  The paintings Wright made in the 1760s and early 1770s captured scientific inquiry at its most optimistic. What followed in Europe told a grimmer story. After the French Revolution of 1789, scientists found themselves on the wrong side of political reaction. Joseph Priestley, a member of the Lunar Society, fled Britain in 1794 after a mob destroyed his Birmingham laboratory and burned down his house. His offence was open support for the French Revolution.

  In France, the chemist Antoine Lavoisier was executed by guillotine at the height of the Terror. The politician and philosopher Edmund Burke, in his Reflections on the Revolution in France published in 1790, connected natural philosophers directly to the revolutionary cause and named Priestley specifically. In a later work, Letter to a Noble Lord from 1796, Burke wrote that those who supported science in Britain "considered man in their experiments no more than they do mice in an air pump." The phrase lands differently knowing Wright had painted exactly that scene more than twenty years before Burke put it to paper.

  The conflict Wright had painted in metaphor would continue long after his death. Charles Darwin, grandson of his friend Erasmus Darwin, published The Origin of Species in 1859, deepening the same rupture between science and religious belief that Wright's canvases had shown in its earliest, most electrifying form.

• 6. Landscapes and Last Years

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  Alongside his candlelit interiors, Wright produced a substantial body of landscape work. Night scenes, which many painters avoided, became a particular interest. Dovedale by Moonlight captured the narrow valley of Dovedale, lying fourteen miles northwest of Derby, under a full moon. Its companion piece, Dovedale by Sunlight, was made around 1784-1785. The Dovedale by Moonlight painting now hangs in the Allen Memorial Art Museum at Oberlin College.

  Moonlight Landscape, held in the John and Mable Ringling Museum of Art in Sarasota, Florida, shows a full moon obscured by an arched bridge over water, the water sparkling against the surrounding dark. Cave at Evening, painted in Italy during 1774, employs the same tenebristic contrast. His Rydal Waterfall of 1795, from a tour of the Lake District, remains one of the lasting images of that region from the period.

  Ann Wright died on the 17th of August 1790, having borne six children; three had died in infancy. Wright spent his final months at No. 28 Queen Street in Derby, with his two surviving daughters. He died on the 29th of August 1797. He was buried in the grounds of St Alkmund's Church in Derby, a building later demolished in 1968 to accommodate an inner ring road. His remains were moved to Nottingham Road Cemetery. In 1997, a century after his death, his tombstone was placed beside Derby Cathedral; in 2002 it was brought inside and fixed to the wall near the memorial to Bess of Hardwick.

• 7. Memory and Memorial

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  Derby has marked Wright's presence in ways that range from the street-level to the institutional. His birthplace at 28 Irongate carries a representation of an armillary sphere on the nearby pavement, a reference to the scientific instruments his paintings made famous.

  The Joseph Wright Centre, opened in 2005 on Cathedral Row, serves as the flagship sixth-form site for Derby College. The building carries his name because, in the College's own formulation, his artwork captured the scientific and technological advances of the Industrial Revolution. In early 2013, Derby City Council and Derby Civic Society announced plans for a blue plaque on his home at 27 Queen Street.

  Many of Wright's paintings and drawings are owned by Derby City Council and displayed at the Derby Museum and Art Gallery, keeping his work close to the town where he was born, trained, and chose to spend his life. One student of his, William Tate, who was uncle to the eccentric gentleman tunneller Joseph Williamson, completed some of Wright's unfinished works after his death. The connections that ran through his life, to Darwin, to Wedgwood, to Arkwright, and to the Lunar Society, meant that Wright had painted the English Midlands at the precise moment when it was becoming something new.