Iwan Rhys Morus – författare

In this new edition of the top-selling coursebook, seasoned historians Peter J. Bowler and Iwan Rhys Morus expand on their authoritative survey of how the development of science has shaped our world.Exploring both the history of science and its influence on modern thought, the authors chronicle the major developments in scientific thinking, from the revolutionary ideas of the seventeenth century to contemporary issues in genetics, physics, and more. Designed for entry-level college courses and as a single-volume introduction for the general reader, Bowler and Morus present the history of science not as a series of names and dates but as an interconnected and complex web of relationships joining science and society. Thoroughly revised and expanded, the second edition draws on the latest research and scholarship. It also contains two entirely new chapters: one that explores the impact of computing on the development of science and another that surveys the complex interaction of Western science with the cultures of the rest of the world.

Histories you can trust.The first part of the book tells the story of science in both East and West from antiquity to the Enlightenment: from the ancient Mediterranean world to ancient China; from the exchanges between Islamic and Christian scholars in the Middle Ages to the Chinese invention of gunpowder, paper, and the printing press; from the Scientific Revolution of sixteenth and seventeenth century Europe to the intellectual ferment of the eighteenth century.The chapters that follow focus on the increasingly specialized story of science since end of the eighteenth century, covering experimental science in the laboratory from Michael Faraday to CERN; the exploration of nature, from intrepid Victorian explorers to twentieth century primatologists; the mapping of the universe, from the discovery of Uranus to Big Bang theory; the impact of evolutionary ideas, from Lamarck, Darwin, and Wallace to DNA; and the story of theoretical physics, from James Clark Maxwell to Quantum Theory and beyond. A concluding chapter reflects on how scientists have communicated their work to a wider public, from the Great Exhibition of 1851 to the internet in the early twenty-first century.

The Oxford Illustrated History of Science is the first ever fully illustrated global history of science, from Aristotle to the atom bomb - and beyond. The first part of the book tells the story of science in both East and West from antiquity to the Enlightenment: from the ancient Mediterranean world to ancient China; from the exchanges between Islamic and Christian scholars in the Middle Ages to the Chinese invention of gunpowder, paper, and the printing press; from the Scientific Revolution of sixteenth and seventeenth century Europe to the intellectual ferment of the eighteenth century. The chapters that follow focus on the increasingly specialized story of science since end of the eighteenth century, covering experimental science in the laboratory from Michael Faraday to CERN; the exploration of nature, from intrepid Victorian explorers to twentieth century primatologists; the mapping of the universe, from the discovery of Uranus to Big Bang theory; the impact of evolutionary ideas, from Lamarck, Darwin, and Wallace to DNA; and the story of theoretical physics, from James Clark Maxwell to Quantum Theory and beyond. A concluding chapter reflects on how scientists have communicated their work to a wider public, from the Great Exhibition of 1851 to the internet in the early twenty-first century.

As recently as two hundred years ago, physics as we know it today did not exist. Born in the early nineteenth century during the second scientific revolution, physics struggled at first to achieve legitimacy in the scientific community and culture at large. In fact, the term "physicist" did not appear in English until the 1830s.When Physics Became King traces the emergence of this revolutionary science, demonstrating how a discipline that barely existed in 1800 came to be regarded a century later as the ultimate key to unlocking nature's secrets. A cultural history designed to provide a big-picture view, the book ably ties advances in the field to the efforts of physicists who worked to win social acceptance for their research.Beginning his tale with the rise of physics from natural philosophy, Iwan Morus chronicles the emergence of mathematical physics in France and its later export to England and Germany. He then elucidates the links between physics and industrialism, the technology of statistical mechanics, and the establishment of astronomical laboratories and precision measurement tools. His tale ends on the eve of the First World War, when physics had firmly established itself in both science and society.Scholars of both history and physics will enjoy this fascinating and studied look at the emergence of a major scientific discipline.

As recently as two hundred years ago, physics as we know it today did not exist. Born in the early nineteenth century during the second scientific revolution, physics struggled at first to achieve legitimacy in the scientific community and culture at large. In fact, the term "physicist" did not appear in English until the 1830s.When Physics Became King traces the emergence of this revolutionary science, demonstrating how a discipline that barely existed in 1800 came to be regarded a century later as the ultimate key to unlocking nature's secrets. A cultural history designed to provide a big-picture view, the book ably ties advances in the field to the efforts of physicists who worked to win social acceptance for their research.Beginning his tale with the rise of physics from natural philosophy, Iwan Morus chronicles the emergence of mathematical physics in France and its later export to England and Germany. He then elucidates the links between physics and industrialism, the technology of statistical mechanics, and the establishment of astronomical laboratories and precision measurement tools. His tale ends on the eve of the First World War, when physics had firmly established itself in both science and society.Scholars of both history and physics will enjoy this fascinating and studied look at the emergence of a major scientific discipline.

The role of fiction in both understanding and interpreting the world has recently become an increasingly important topic for many of the human sciences. This volume of Osiris focuses on the relationship between a particular genre of storytelling—science fiction (SF), told through a variety of media—and the history of science.The protagonists of these two enterprises have a lot in common. Both SF and the history of science are oriented towards the (re)construction of unfamiliar worlds; both are fascinated by the ways in which natural and social systems interact; both are critically aware of the different ways in which the social (class, gender, race, sex, species) has inflected the experience of the scientific. Taking a global approach, Presenting Futures Past examines the ways in which SF can be used to investigate the cultural status and authority afforded to science at different times and in different places. The essays consider the role played by SF in the history of specific scientific disciplines, topics, or cultures, as well as the ways in which it has helped to move scientific concepts, methodologies, and practices between wider cultural areas. Ultimately, Presenting Futures Past explores what SF can tell us about the histories of the future, how different communities have envisaged their futures, and how SF conveys the socioscientific claims of past presents.

During the second quarter of the nineteenth century, Londoners were enthralled by a strange fluid called electricity. In examining this period, Iwan Morus moves beyond the conventional focus on the celebrated Michael Faraday to discuss other electrical experimenters, who aspired to spectacular public displays of their discoveries. Revealing connections among such diverse fields as scientific lecturing, laboratory research, telegraphic communication, industrial electroplating, patent conventions, and innovative medical therapies, Morus also shows how electrical culture was integrated into a new machine-dominated, consumer society. He sees the history of science as part of the history of production, and emphasizes the labor and material resources needed to make electricity work. Frankenstein's Children explains that Faraday, with his colleagues at the Royal Society and the Royal Institution, looked at science as the province of a highly trained elite, who presented their abstract picture of nature only to select groups. The book contrasts Faraday's views with those of other practitioners, to whom science was a practical, skill-based activity open to all.In venues such as the Galleries of Practical Science, electrical phenomena were presented to a public less distinguished but no less enthusiastic and curious than Faraday's audiences. William Sturgeon, for instance, emphasized building apparatus and exhibiting electrical phenomena, while chemists, instrument-makers, and popular lecturers supported the London Electrical Society. These previously little studied "electricians" contributed much to the birth of "Frankenstein's children"--the not completely benign effects of electricity on a new consumer world. Originally published in 1998. The Princeton Legacy Library uses the latest print-on-demand technology to again make available previously out-of-print books from the distinguished backlist of Princeton University Press. These editions preserve the original texts of these important books while presenting them in durable paperback and hardcover editions. The goal of the Princeton Legacy Library is to vastly increase access to the rich scholarly heritage found in the thousands of books published by Princeton University Press since its founding in 1905.

During the second quarter of the nineteenth century, Londoners were enthralled by a strange fluid called electricity. In examining this period, Iwan Morus moves beyond the conventional focus on the celebrated Michael Faraday to discuss other electrical experimenters, who aspired to spectacular public displays of their discoveries. Revealing connections among such diverse fields as scientific lecturing, laboratory research, telegraphic communication, industrial electroplating, patent conventions, and innovative medical therapies, Morus also shows how electrical culture was integrated into a new machine-dominated, consumer society. He sees the history of science as part of the history of production, and emphasizes the labor and material resources needed to make electricity work. Frankenstein's Children explains that Faraday, with his colleagues at the Royal Society and the Royal Institution, looked at science as the province of a highly trained elite, who presented their abstract picture of nature only to select groups. The book contrasts Faraday's views with those of other practitioners, to whom science was a practical, skill-based activity open to all.In venues such as the Galleries of Practical Science, electrical phenomena were presented to a public less distinguished but no less enthusiastic and curious than Faraday's audiences. William Sturgeon, for instance, emphasized building apparatus and exhibiting electrical phenomena, while chemists, instrument-makers, and popular lecturers supported the London Electrical Society. These previously little studied "electricians" contributed much to the birth of "Frankenstein's children"--the not completely benign effects of electricity on a new consumer world. Originally published in 1998. The Princeton Legacy Library uses the latest print-on-demand technology to again make available previously out-of-print books from the distinguished backlist of Princeton University Press. These editions preserve the original texts of these important books while presenting them in durable paperback and hardcover editions. The goal of the Princeton Legacy Library is to vastly increase access to the rich scholarly heritage found in the thousands of books published by Princeton University Press since its founding in 1905.

This ninth volume of the Tyndall correspondence covers the period from February 1, 1865, to November 29, 1866. Tyndall was by now in his mid-forties and in the prime of life. His career as a man of science was firmly established and flourishing. He had been professor of natural philosophy at the Royal Institution for more than a dozen years and established himself as Michael Faraday’s successor. This volume also covers the period of Faraday’s increasing illness and withdrawal from public life, which had a significant impact on Tyndall both personally and in terms of his standing in the scientific world.

The only scientist to ever appear on the British twenty pound note, Michael Faraday is one of the most recognisable names in the history of science.Faraday's forte was electricity, a revolutionary force in nineteenth-century society. The electric telegraph had made mass-communication possible and inventors looked forward to the day when electricity would control all aspects of life. By the end of the century, this dream was well on its way to being realised. But what was Faraday's role in all this? How did his science come to have such an impact on the lives of the Victorians (and ultimately on us)?Iwan Morus tells the story of Faraday's upbringing in London and his apprenticeship at the Royal Institution under the supervision of the flamboyant chemist, Sir Humphry Davy, all set against the backdrop of a vibrant scientific culture and an empire near the peak of its power.

'[This] crisply succinct, beautifully synthesized study brings to life Tesla, his achievements and failures...and the hopeful thrum of an era before world wars.' - NatureNikola Tesla is one of the most enigmatic, curious and controversial figures in the history of science. An electrical pioneer as influential in his own way as Thomas Edison, he embodied the aspirations and paradoxes of an age of innovation that seemed to have the future firmly in its grasp. In an era that saw the spread of power networks and wireless telegraphy, the discovery of X-rays, and the birth of powered flight, Tesla made himself synonymous with the electrical future under construction but opinion was often divided as to whether he was a visionary, a charlatan, or a fool. Iwan Rhys Morus examines Tesla's life in the context of the extraordinary times in which he lived and worked, colourfully evoking an age in which anything seemed possible, from capturing the full energy of Niagara to communicating with Mars.Shattering the myth of the 'man out of time', Morus demonstrates that Tesla was in all ways a product of his era, and shows how the popular image of the inventor-as-maverick-outsider was deliberately crafted by Tesla - establishing an archetype that still resonates today.

'[This] crisply succinct, beautifully synthesized study brings to life Tesla, his achievements and failures...and the hopeful thrum of an era before world wars.' - NatureNikola Tesla is one of the most enigmatic, curious and controversial figures in the history of science. An electrical pioneer as influential in his own way as Thomas Edison, he embodied the aspirations and paradoxes of an age of innovation that seemed to have the future firmly in its grasp. In an era that saw the spread of power networks and wireless telegraphy, the discovery of X-rays, and the birth of powered flight, Tesla made himself synonymous with the electrical future under construction but opinion was often divided as to whether he was a visionary, a charlatan, or a fool. Iwan Rhys Morus examines Tesla's life in the context of the extraordinary times in which he lived and worked, colourfully evoking an age in which anything seemed possible, from capturing the full energy of Niagara to communicating with Mars.Shattering the myth of the 'man out of time', Morus demonstrates that Tesla was in all ways a product of his era, and shows how the popular image of the inventor-as-maverick-outsider was deliberately crafted by Tesla - establishing an archetype that still resonates today.

'[An] insightful analysis of 19th-century futurism ... Morus's account is as much a cautionary tale as a flag-waving celebration.' - DUNCAN BELL, NEW STATESMAN'[How the Victorians Took Us to the Moon] rattles thrillingly through such developments as the Transatlantic telegraph cable, the steam locomotive and electric power and recalls the excitable predictions of the fiction of the time.' KATY GUEST, THE GUARDIAN'Excellent ... A terrific insight into why the Victorian era was a golden age of engineering.' - NICK SMITH, ENGINEERING AND TECHNOLOGY MAGAZINEBy the end of the Victorian era, the world had changed irrevocably. The speed of the technological development brought about between 1800 and 1900 was completely unprecedented in human history. And as the Victorians looked to the skies and beyond as the next frontier to be explored and conquered, they were inventing, shaping and moulding the very idea of the future.To get us to this future, the Victorians created a new way of ordering and transforming nature, built on grand designs and the mass-mobilisation of the resources of Empire - and they revolutionised science in the process.In this rich and absorbing book, distinguished historian of science Iwan Rhys Morus tells the story of how this future was made. From Charles Babbage's dream of mechanising mathematics to Isambard Kingdom Brunel's tunnel beneath the Thames, from George Cayley's fantasies of powered flight to Nikola Tesla's visions of an electrical world, this is a story of towering personalities, clashing ambitions, furious rivalries and conflicting cultures - a vibrant tapestry of remarkable lives that transformed the world and ultimately took us to the Moon.

This book provides an accessible and authoritative biography of the Welsh man of science, William Robert Grove. Grove was an important and highly influential figure in Victorian science. His career as both man of science and leading barrister and judge spanned the Victorian age, and he also played a vital role in the movement to reform the Royal Society. This biography will set Grove’s career and contributions in context, paying particular attention to the important role of Welsh industrial culture in forming his scientific outlook. The place of science in culture changed radically during the course of the nineteenth century, and Grove himself played a key role in some of those transformations. Looking at his life in science can, however, do more than illuminate an individual scientific career – it can offer a way of gaining new insights into the changing face of Victorian science.

This book provides an accessible and authoritative biography of the Welsh man of science, William Robert Grove. Grove was an important and highly influential figure in Victorian science. His career as both man of science and leading barrister and judge spanned the Victorian age, and he also played a vital role in the movement to reform the Royal Society. This biography will set Grove’s career and contributions in context, paying particular attention to the important role of Welsh industrial culture in forming his scientific outlook. The place of science in culture changed radically during the course of the nineteenth century, and Grove himself played a key role in some of those transformations. Looking at his life in science can, however, do more than illuminate an individual scientific career – it can offer a way of gaining new insights into the changing face of Victorian science.

'[An] insightful analysis of 19th-century futurism ... Morus's account is as much a cautionary tale as a flag-waving celebration.' - DUNCAN BELL, NEW STATESMAN'[How the Victorians Took Us to the Moon] rattles thrillingly through such developments as the Transatlantic telegraph cable, the steam locomotive and electric power and recalls the excitable predictions of the fiction of the time.' KATY GUEST, THE GUARDIAN'Excellent ... A terrific insight into why the Victorian era was a golden age of engineering.' - NICK SMITH, ENGINEERING AND TECHNOLOGY MAGAZINEBy the end of the Victorian era, the world had changed irrevocably. The speed of the technological development brought about between 1800 and 1900 was completely unprecedented in human history. And as the Victorians looked to the skies and beyond as the next frontier to be explored and conquered, they were inventing, shaping and moulding the very idea of the future.To get us to this future, the Victorians created a new way of ordering and transforming nature, built on grand designs and the mass-mobilisation of the resources of Empire - and they revolutionised science in the process.In this rich and absorbing book, distinguished historian of science Iwan Rhys Morus tells the story of how this future was made. From Charles Babbage's dream of mechanising mathematics to Isambard Kingdom Brunel's tunnel beneath the Thames, from George Cayley's fantasies of powered flight to Nikola Tesla's visions of an electrical world, this is a story of towering personalities, clashing ambitions, furious rivalries and conflicting cultures - a vibrant tapestry of remarkable lives that transformed the world and ultimately took us to the Moon.

It is hard to believe that the pursuit of artificial intelligence is not a phenomenon of the twentieth century. For over three hundred years, the boundaries between bodies and machines the natural and the artificial, the animate and the inanimate have been passionately explored. These explorations, beginning in the seventeenth and eighteenth and increasing during the nineteenth century, have been all but forgotten, lost beneath the commotion of the modern day world. This book retrieves these lost histories, giving voice to the hopes, dreams, and fears of philosophers, medical practitioners, engineers, craftsmen and artisans who have all been fascinated by the interface between bodies and machines. The journey back in time unfolds with the mysterious advent of mechanical philosophies, which conceptualized the body and the surrounding world largely in terms of mechanistic interactions. These theories develop in intriguing directions and fuel experiments in such areas as material production and social punishment, spiritualism and mental health.From reanimating dead bodies with electricity, which led to the introduction of the electric chair, through to the use of machines to render hysterics and the insane fit for reintroduction into society, this book conveys the dark truths behind our relationship with machines. This book is not only an exceptional contribution to the history of technology but also to contemporary debates about humans and machines.