Charles Willson Peale was not only one of our finest early American painters, but also the founder of the world's first popular museum of natural science and art.

2023 PROSE Award in European History “An invaluable historical example of the creation of a scientific conception of race that is unlikely to disappear anytime soon.” —Washington Post “Reveals how prestigious natural scientists once sought physical explanations, in vain, for a social identity that continues to carry enormous significance to this day.” —Nell Irvin Painter, author of The History of White People “A fascinating, if disturbing, window onto the origins of racism.” —Publishers Weekly “To read [these essays] is to witness European intellectuals, in the age of the Atlantic slave trade, struggling, one after another, to justify atrocity.” —Jill Lepore, author of These Truths: A History of the United States In 1739 Bordeaux’s Royal Academy of Sciences announced a contest for the best essay on the sources of “blackness.” What is the physical cause of blackness and African hair, and what is the cause of Black degeneration, the contest announcement asked. Sixteen essays, written in French and Latin, were ultimately dispatched from all over Europe. Documented on each page are European ideas about who is Black and why. Looming behind these essays is the fact that some four million Africans had been kidnapped and shipped across the Atlantic by the time the contest was announced. The essays themselves represent a broad range of opinions, which nonetheless circulate around a common theme: the search for a scientific understanding of the new concept of race. More important, they provide an indispensable record of the Enlightenment-era thinking that normalized the sale and enslavement of Black human beings. These never previously published documents survived the centuries tucked away in Bordeaux’s municipal library. Translated into English and accompanied by a detailed introduction and headnotes written by Henry Louis Gates, Jr., and Andrew Curran, each essay included in this volume lays bare the origins of anti-Black racism and colorism in the West.

Built between 1855 and 1860, Oxford University Museum of Natural History is the extraordinary result of close collaboration between artists and scientists. Inspired by John Ruskin, the architect Benjamin Woodward and the Oxford scientists worked with leading Pre-Raphaelite artists on the design and decoration of the building. The decorative art was modelled on the Pre-Raphaelite principle of meticulous observation of nature, itself indebted to science, while individual artists designed architectural details and carved portrait statues of influential scientists. The entire structure was an experiment in using architecture and art to communicate natural history, modern science and natural theology. 'Temple of Science' sets out the history of the campaign to build the museum before taking the reader on a tour of art in the museum itself. It looks at the façade and the central court, with their beautiful natural history carvings and marble columns illustrating different geological strata, and at the pantheon of scientists. Together they form the world's finest collection of Pre-Raphaelite sculpture. The story of one of the most remarkable collaborations between scientists and artists in European art is told here with lavish illustrations.

Based on the landmark Radio 4 series, this beautifully illustrated modern history of the connections between science and art offers a new perspective on what that relationship has contributed to the world around us. __________ Throughout history, artists and scientists have been driven by curiosity and the desire to experiment. Both have wanted to make sense of the world around them, often to change it, sometimes working closely together, certainly taking inspiration from each other's disciplines. The relationship between the two has traditionally been perceived as one of love and hate, fascination and revulsion, symbiotic but antagonistic. But art is crucial to helping us understand our science legacy and science is well served by applying an artistic lens. How exactly has the ingenuity of science and technology been incorporated into artistic expression? And how has creative practice, in turn, stimulated innovation and technological change? The Art of Innovation is a history of the past 250 years viewed through the disciplines of art and science. Through fascinating stories that explore the sometimes unexpected relationships between famous artworks and significant scientific and technological objects - from Constable's cloudscapes and the chemist who first measured changes in air pressure, to the introduction of photography and the representation of natural history in print - it offers a new way of seeing, studying and interpreting the extraordinary world around us.

Yanni (art history, Rutgers U.) examines the relationship between architecture and science in the 19th century by considering the physical placement and display of natural artifacts in Victorian natural history museums. She begins by discussing the problem of classification, the social history of collecting, as well as architectural competitions an

"This publication accompanies the exhibition The Philosophy Chamber: Art and Science in Harvard's Teaching Cabinet, 1766-1820, on view at the Harvard Art Museums, Cambridge, Massachusetts, from May 19 through December 31, 2017, and at The Hunterian, University of Glasgow, Scotland, in 2018."

This volume presents the life work of the late Ruth Johnston-Feller, one of the nation's leading color scientists. It combines an overview of basic theoretical concepts with detailed, hands-on guidance for the professional conservator and conservation scientist. The author focuses on the application of color science to the solution of practical problems, providing a comprehensive discussion of the nondestructive spectrophotometric tools and techniques used to understand the color and appearance of materials during the technical examination of works of art. The book, which features numerous examples of reference reflectance spectra, can help prevent misinterpretation of color measurements and the erroneous conclusions that might result. Topics include spectrophotometry, colorimetry, colorant mixtures, analytical techniques, reflection, fluorescence, and the effects of extenders, fillers, and inerts.