David M. Knight – författare

One of the founding fathers of organic chemistry and also a great teacher, the German scientist Justus von Liebig transformed scientific education, medical practice, and agriculture in Great Britain. William H. Brock's fresh interpretation of Liebig's stormy career shows how he moved chemistry into the sociopolitical marketplace, demonstrating its significance for society in food production, nutrition, and public health. Through his controversial ideas on artificial fertilizers and recycling, his theory of disease, and his stimulating suggestions concerning food and nutrition, he warned the world of the dangers of failing to recycle sewage or to replace soil nutrients. Liebig also played the role of an elder statesman of European science by commenting, via popular lectures and expansions of his readable Chemical Letters, on such issues as scientific methodology and materialism.

Darwin's enormous influence on science and culture, begun during his lifetime, is still very evident today. The Origin of Species excited much debate and controversy, challenging the foundations of Christianity, yet underpinning the Victorian concept of progress, and today still evokes powerful and contradictory responses. Yet he was not first to publish evolutionary ideas and his theory of natural selection was not accepted by many of his contemporaries. Peter Bowler's study of Darwin's life and influence combines biography and cultural history. He shows how Darwin's contemporaries were unable to appreciate precisely those aspects of his thinking that are considered scientifically important today. Darwin was a product of his time, but he also transcended it, by creating an idea capable of being exploited by twentieth-century scientists and intellectuals who had very different values from his own.

In this illuminating and entertaining biography David Knight draws upon Humphry Davy's poetry, notebooks, and informal writings to introduce us to one of the first professional scientists. Davy is best remembered for his work on laughing gas, for the arc lamp, for isolating sodium and potassium, for his theory that chemical affinity is electrical, and, of course, for his safety lamp. His lectures on science made the fortunes of the Royal Institution in London, and he taught chemistry to the young Faraday. He is also recognized for his poetry and was the friend of Coleridge, Wordsworth, and Byron. By investigating Davy's life Knight shows what it was like to be a creative scientist in Regency Britain, demonstrating the development of science and its institutions during this crucial period in history.

Darwin's enormous influence on science and culture, begun during his lifetime, is still very evident today. The Origin of Species excited much debate and controversy, challenging the foundations of Christianity, yet underpinning the Victorian concept of progress, and today still evokes powerful and contradictory responses. Yet he was not first to publish evolutionary ideas and his theory of natural selection was not accepted by many of his contemporaries. Peter Bowler's study of Darwin's life and influence combines biography and cultural history. He shows how Darwin's contemporaries were unable to appreciate precisely those aspects of his thinking that are considered scientifically important today. Darwin was a product of his time, but he also transcended it, by creating an idea capable of being exploited by twentieth-century scientists and intellectuals who had very different values from his own.

In this elegant, absorbing biography of Isaac Newton (1642-1727), Rupert Hall surveys the vast field of modern scholarship in order to interpret Newton's mathematical and experimental approach to nature. Mathematics was always the deepest, most innovative and productive of Newton's interests. However, he was also a historian, theologian, chemist, civil servant, and natural philosopher. These diverse studies were unified in his single design as a Christian to explore every facet of God's creation. The story of Newton's life and discoveries has been greatly altered by exploration of his huge manuscript legacy during the last forty years, throwing new light upon his personality and intellect. Hall's discussion of this research shows that Newton cannot simply be explained as a Platonist, mystic, or magus. He remains a complex and enigmatic genius with an immensely imaginative and commonsensical mind.

In this entertaining and authoritative biography Michael Sharratt examines the flair, imagination, hard-headedness, clarity, combativeness, and penetration of Galileo Galilei. To follow his career as he exploited unforeseen opportunities to unseat established ways of comprehending nature is to understand a crucial stage of the Scientific Revolution. Galileo was a path-breaker for the newly-invented telescope, the decoder of nature's mathematical language, and a quite brilliant populariser of science. Even his reluctant excursion into theology has at last been officially and handsomely recognised by the Church's 'rehabilitation' of the Inquisition's most famous victim, fully discussed in the last chapter. This book makes his lasting contributions accessible to non-scientists and his mistakes are not overlooked. This is not a mythical story, but the biography of an innovator - one of the greatest ever known.

In an era when science was perceived as a male domain, Mary Somerville (1780-1872) became both the leading woman scientist of her day and an integral part of the British scientific community. She achieved this status through careful management of her gender identity and by creating rich, readable, and authoritative accounts of science that were rhetorically compelling, aesthetically satisfying, and valuable to the scientific community in the UK and abroad. This biography offers detailed analysis of the underlying patterns, themes, and rhetorical strategies of her major works and argues that Somerville employed a transcendent feminine style that retained the advantages but transcended the limitations usually associated with women's ways of knowing. The book advocates a new narrative for women's participation in science and demonstrates the many ways that gender relates to science and science functions in culture.

The years between 1700 and 1900 witnessed a fundamental transition in attitudes towards science, as earlier concepts of natural philosophy were replaced with a more modern conception of science. This process was by no means a simple progression, and the changing attitudes to science was marked by bitter arguments and fundamental differences of opinion, many of which are still not entirely resolved today. Approaching the subject from a number of cultural angles, the essays in this volume explore the fluid relationship between science and belief during this crucial period, and help to trace the development of science as an independent field of study that did not look to religion to provide answers to the workings of the universe. Taking a broadly chronological approach, each essay in this book addresses a theme that helps illuminate these concerns and highlights how beliefs - both religious and secular - have impinged and influenced the scientific world. By addressing such key issues such as the ongoing debate between Christian fundamentalists and followers of Darwin, and the rise of 'respectable atheism', fascinating insights are provided that help to chart the ever-shifting discourse of science and beliefs.

The years between 1700 and 1900 witnessed a fundamental transition in attitudes towards science, as earlier concepts of natural philosophy were replaced with a more modern conception of science. This process was by no means a simple progression, and the changing attitudes to science was marked by bitter arguments and fundamental differences of opinion, many of which are still not entirely resolved today. Approaching the subject from a number of cultural angles, the essays in this volume explore the fluid relationship between science and belief during this crucial period, and help to trace the development of science as an independent field of study that did not look to religion to provide answers to the workings of the universe. Taking a broadly chronological approach, each essay in this book addresses a theme that helps illuminate these concerns and highlights how beliefs - both religious and secular - have impinged and influenced the scientific world. By addressing such key issues such as the ongoing debate between Christian fundamentalists and followers of Darwin, and the rise of 'respectable atheism', fascinating insights are provided that help to chart the ever-shifting discourse of science and beliefs.

First published in 1967. The impression is sometimes given that the Atomic Theory was revived in the early years of the nineteenth century by John Dalton, and that continuously from then on it has played a vital role in chemistry. The aim of this study is to revise this over-simplified picture. Atomic explanations seemed to chemists to go beyond the facts, to fail to lend themselves to mathematical expression, and to deny the ultimate simplicity and unity of all matter. Most, therefore, rejected them. Meanwhile, physicists were developing a whole range of atomic theories to explain the physical properties of bodies in terms of very simple atoms or particles. During the last thirty years of the century the position changed, as physicists and chemists came to agree on a common atomic theory. But the last prominent opponents of atomism were not converted until the early years of the twentieth century, by which time studies of radioactivity had made it clear that the billiard-ball Daltonian atom must, in any case, be abandoned.