Joseph Black Collection

Portrait of Joseph Black
865120 Portrait of Joseph Black; (add.info.: Joseph Black (1728-1799) Scottish chemist, born in Bordeaux, France, son of a wine merchant. Professor of chemistry at Glasgow University

Joseph Black (1728 - 1799)
2603692 Joseph Black (1728 - 1799); (add.info.: Joseph Black (1728 - 1799) Scottish chemist, born in Bordeaux, France, son of a wine merchant. Professor chemistry at Glasgow University

Joseph Black
LLM459523 Joseph Black by Marti, Ricardo (19th century); Private Collection; (add.info.: Joseph Black. Illustration for La Ciencia Y Sus Hombres by Luis Figuier (D Jaime Seix, 1876)

Joseph Black (engraving)
666552 Joseph Black (engraving) by English School, (19th century); Private Collection; (add.info.: Joseph Black. Illustration from The Gallery of Portraits (Charles Knight, 1836)

Joseph Black (engraving)
815933 Joseph Black (engraving) by Raeburn, Henry (1756-1823) (after); Private Collection; (add.info.: Joseph Black (1728-1799)

Joseph Black, 18th century Scottish physicist and chemist, (1836). Artist: James Posselwhite
Joseph Black, 18th century Scottish physicist and chemist, (1836). Black (1728-1799) was the first to isolate carbon dioxide in a pure state

Joseph Black, Scottish physicist and chemist, (1870). Artist: J Rogers
Joseph Black, Scottish physicist and chemist, (1870). Black (1728-1799) was the first to isolate carbon dioxide in a pure state. His work also helped discredit the theory of the theory of phlogiston

Joseph Black visiting James Watt in his Glasgow workshop, c1760 (c1879). Artists impression of Joseph Black (1729-1799), Scottish chemist, visiting James Watt (1736-1819)

Joseph Black, Scottish chemist, c1780s. Artist: C Cooke
Joseph Black, Scottish chemist, c1780s. Black was appointed Professor of Anatomy and Chemistry at the University of Glasgow in 1756, and, in 1766

Joseph Black, Scottish chemist, 1787. Artist: John Kay
Joseph Black, Scottish chemist, 1787. Black (1728-1799), who discovered carbon dioxide and bicarbonates and formulated the theory of latent heat, lecturing at Glasgow in 1787

Joseph Black conducts the experiment of caloric latent before students of the University of Glasgow

Joseph Black

Philosophers, 1787 (engraving)
XJF2906482 Philosophers, 1787 (engraving) by Kay, John (1742-1826); Private Collection; (add.info.: James Hutton and Joseph Black Probably from A series of original portraits)

Joseph Black (1728 - 1799) Scottish chemist, born in Bordeaux, France, son of a wine merchant. Professor chemistry at Glasgow University. In 1757 he isolated carbon dioxide

James Watt in his Glasgow workshop
James Watt in his garret workshop in Glasgow University. Watt was appointed mathematical instrument maker after restoring astronomical instruments for the University in 1756

Joseph Black and latent heat
Joseph Black giving a practical demonstration of latent heat to students of Glasgow University in the 1760s. The Scottish chemist and physicist found that as ice is heated

Joseph Black, Scottish physician
Joseph Black (1728-1799). Historical artwork of the Scottish physician Joseph Black. Black is best known for his discoveries of latent heat, specific heat, and carbon dioxide

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Joseph Black was an eminent 18th-century Scottish physicist and chemist, whose contributions to the field continue to be celebrated. His legacy is beautifully captured in various engravings and artworks that depict his remarkable life and work. In one engraving by James Posselwhite, we see Joseph Black portrayed with great detail, showcasing his intellectual prowess and scientific curiosity. Another artwork by J Rogers showcases him as a distinguished figure, emphasizing his significant role in advancing both physics and chemistry during this era. One captivating image shows Joseph Black visiting James Watt in his Glasgow workshop around 1760. This encounter between two brilliant minds undoubtedly sparked innovative ideas that would shape the future of science. Cooke's portrayal as a chemist in the late 1780s captures the essence of his dedication to unraveling the mysteries of chemical reactions. The detailed depiction allows us to imagine him deep in thought, conducting groundbreaking experiments that would revolutionize our understanding of heat transfer. John Kay's artistic rendition from 1787 further immortalizes Joseph Black's contributions to science. It portrays him with utmost precision, highlighting not only his physical appearance but also symbolizing the impact he had on academia during this period. One particularly intriguing scene shows Joseph Black demonstrating caloric latent before a captivated audience at the University. This experiment showcased his ability to engage students while unveiling complex concepts with ease—an attribute that made him an exceptional educator alongside being a renowned scientist. These engravings provide glimpses into the life and achievements of Joseph Black—a man who dedicated himself wholeheartedly to expanding human knowledge through rigorous scientific inquiry. His profound influence continues to inspire generations of scientists even today.