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Was Darwin really inspired by Galapagos finches? Did Einstein’s wife secretly contribute to his theories? Did Franklin fly a kite in a thunderstorm? Did a falling apple lead Newton to universal gravity? Did Galileo drop objects from the Leaning Tower of Pisa? Did Einstein really believe in God? Science Secrets answers these questions and many others. It is a unique study of how myths evolve in the history of science. The book includes new findings related to the Copernican revolution, alchemy, Pythagoras, young Einstein, and other events and figures in the history of science.

The Crucial Role Urban Spaces Played in the Production of Scientific Knowledge in Dublin

Victorian England, as is well known, produced an enormous amount of scientific endeavour, but what has previously been overlooked is the important role of geography on these developments.

Naylor seeks to rectify this imbalance by presenting a historical geography of regional science. Taking an in-depth look at the county of Cornwall, questions on how science affected provincial Victorian society, how it changed people’s relationship with the landscape and how it shaped society are applied to the Cornish case study, allowing a depth and texture of analysis denied to more general scientific overviews of the period.

How Five Celebrity Scientists Used the Art of Public Speech to Advocate for Science as a Powerful Agent for Cultural Change

Revisiting the Origins, Development, and Popularization of the “Conflict Thesis”

Maximilian I used astrology to help guide political actions, turning to astrologers and their predictions to find the most propitious times to sign treaties or arrange marriage contracts. Perhaps more significantly, he employed astrology as a political tool to gain support for his reforms and to reinforce his own legitimacy and that of the Habsburg dynasty. Hayton analyzes the various rhetorical tools astrologers used to argue for the nobility, antiquity, and utility of their discipline, and how they strove to justify their “science” on the grounds that through its rigorous interpretation of the natural world, astrology could offer more reliable predictions.

Victorian culture was characterized by a proliferation of shows and exhibitions. These were encouraged by the development of new sciences and technologies, together with changes in transportation, education and leisure patterns. The essays in this collection look at exhibitions and their influence in terms of location, technology and ideology.

The nineteenth century saw science move from being the preserve of a small learned elite to a dominant force which influenced society as a whole. Sakurai presents a study of how scientific societies affected the social and political life of a city. As it did not have a university or a centralized government, Frankfurt am Main is an ideal case study of how scientific associations—funded by private patronage for the good of the local populace—became an important centre for natural history.

New attitudes towards history in nineteenth-century Britain saw a rejection of romantic, literary techniques in favour of a professionalized, scientific methodology. The development of history as a scientific discipline was undertaken by several key historians of the Victorian period, influenced by German scientific history and British natural philosophy. This study ...

A comprehensive philosophical analysis of the use of scientific models in historic and contemporary contexts.

The launch of the Sputnik satellite in October 1957 changed the course of human history. In the span of a few years, Soviets sent the first animal into space, the first man, and the first woman. These events were a direct challenge to the United States and the capitalist model that claimed ownership of scientific aspiration and achievement. Into the Cosmos shows us the fascinating interplay of Soviet politics, science, and culture during the Khrushchev era, and how the space program became a binding force between these elements.

In 1963, nineteen Americans embarked on the first expedition that would combine high-altitude climbing with scientific research. The primary objective was to study how severe stress at high altitudes affected human behavior. The expedition promised to resurrect American heroism, in a show of physical strength and skill that, when combined with scientific expertise, would dominate international rivals on the frontiers of territorial exploration. They faced hostile conditions that challenged and ultimately compromised standard research protocols, yielding results that were too exceptional to be generalized to other environments. Clements offers an exploration of the impact of extremity on the production of scientific knowledge and the role of masculinity and nationalism in scientific inquiry.

The essays in this volume represent trends in social stratification studies undertaken in major culture areas of the world. The empirical data of the chapters are set with special reference to the dynamics of processes within these diverse traditions and heritages as sources of comparison with one another and with the experiences of western societies.

Adolphe Quetelet was an influential astronomer and statistician whose controversial work inspired heated debate in European and American intellectual circles. In creating a science designed to explain the “average man,” he helped contribute to the idea of normal, most enduringly in his creation of the Quetelet Index, which came to be known as the Body Mass Index. Kevin Donnelly presents the first scholarly biography of Quetelet, exploring his contribution to quantitative reasoning, his place in nineteenth-century intellectual history, and his profound influence on the modern idea of average.

Presents A New Way of Looking at Peripheral Scientists and Demonstrates Their Creativity and Impact on the Larger Scientific Community