A pioneering and influential examination of how social institutions and values shaped American scientific practice and thought. In its original edition, No Other Gods offered a pioneering and influential examination of the ways in which social institutions and values shaped American scientific practice and thought. In this revised and expanded edition, Rosenberg directs our attention to the dilemma posed by the social study of science: How can we reconcile the scientist's understanding of science as a quest for truth and knowledge with the historian's conviction that all knowledge bears the marks of the culture which gave it birth?
When J. Henry Shorthouse (1834-1903) published John Inglesant in 1881, he contributed a unique synthesis of Anglo-Catholic sensibilities to the enduring legacy of the Oxford Movement. Although his "philosophical romance" has been acclaimed "the greatest Anglo-Catholic novel in English literature" and "the one English novel that speaks immediately to human intuition without regard to the reader's own faith or philosophy", his most enduring contributions are the "religion of John Inglesant", an Anglo-Catholic synthesis of obedience and freedom, faith and reason, and the sacramental vision of "the myth of Little Gidding". Afflicted with a lifelong stammer, "the author of John Inglesant" proved himself a master of cadenced rhythms and "enspiritualised" prose in quest of "the great musical novel". Delineating parallels between sixteenth-century and Victorian England, Shorthouse integrated Quietism with Platonism into a religious aesthetic, a sacramental vision of "the Divine Principle of the Platonic Christ". Studied chronologically, Shorthouse's transition from Quaker to "Broad Church Sacramentalist" provides informing comparison with T. S. Eliot's conversion from Unitarian to Anglo-Catholic, as his myth of Little Gidding informs the historical imagination of Eliot's Christian poetry and dramas. The religious and developmental nature of the work of both artists affords analogies with C. G. Jung's psychology of Individuation.
Recovering the foundation of faith in a profession enduring the pressures of a rapidly changing health-care system. If you are one of the millions of Christian nurses or nursing students in the United States, you already know that there is no real way to separate your faith commitments from your professional vocation—nor would you want to. Especially amid the bedlam of the COVID-19 pandemic, faith has given countless nurses the strength to carry on and be there for their patients, one exhausting shift after another. Bioethics for Nurses, the first book of its kind, is for nurses and nurses in training who still believe in treating the whole person—not just their medical condition. It is for those committed to living out the love of Jesus Christ through the warm, relational care they provide for all hurting and vulnerable people—including those in underserved populations—each of whom has the dignity of a human being made in the image of God. It is also for those who rightly see themselves as crucial members of medical teams alongside doctors (and sometimes without doctors present at all), empowered to exercise professional judgment while protecting their consciences. With the combined wisdom of Alisha Mack, a professor of nursing with many years of clinical experience, and Charles Camosy, an award-winning bioethicist and theologian, Bioethics for Nurses advances a vision for a holistic Christian notion of health care with practical applications for everyday relevance on the job. Through a series of case studies in the second part of the book, Mack and Camosy explore the ethics of specific situations with far-reaching implications for nurses working in a range of fields. In the last part, the authors reflect on the future of nursing after COVID-19, making this an especially timely book for a pivotal moment in the history of the profession. Now, more than ever before, the wisdom of the ancient tradition of Christianity is needed to speak into the profound contemporary realities we are facing together as a culture.
A standard work on royal genealogy, this collection contains nearly 200 pedigrees showing the lineal descent of hundreds of American families from the kings of England, Scotland, Ireland, Wales, and France. The data derives from authoritative reference works, from family histories, and from manuscript pedigrees held in both public and private repositories. The indexes contain references to upwards of 3,000 surnames, many with multiple entries. One need only trace a surname through a lineage to connect with the Blood Royal. (Earlier editions of this work are not necessarily superseded by the seventh edition, but the seventh is held to be the most authoritative, and is therefore the most popular.)
Rman born, Jacques Loeb was both a biologist (nominated for the Nobel Prize in Medicine in 1901) & political activist. Drawing on his correspondence, the authors highlight Loeb's organizational actions & political opinions during the years of 1906 to 1924, the year of his death. As a social activist & scientist, Loeb influenced, Rasmussen & Tilman say, "the scientific community, the politically sensitive public, & ultimately the underlying population against conservative & reactionary attitudes toward race, ethnicity, poverty, criminality, war & religion." In chapters on Loeb's research agenda, position on World War I, social activism, his influence on the economist Thorstein Veblen & finally on his philosophy & politics, the authors sketch a man who was hailed early in his career for his work on spontaneous generation of marine embryos & recognized later for his active challenge to social intolerance.
This biography of an early twentieth-century South Carolina doctor sheds light on his pioneering work with the mentally ill to combat a public health scourge. Thousands of Americans died of pellagra before the cause—vitamin B3 deficiency—was identified. Credit for solving the mystery is usually given to Dr. Joseph Goldberger of the US Public Health Service. But in Asylum Doctor, Charles S. Bryan demonstrates that a coalition of American asylum superintendents, local health officials, and practicing physicians set the stage for Golberger’s historic work—chief among them was Dr. James Woods Babcock. As superintendent of the South Carolina State Hospital for the Insane from 1891 to 1914, Babcock sounded the alarm against pellagra. He brough out the first English-language treatise on the subject and organized the National Association for the Study of Pellagra. He did so in the face of troubled asylum governance which, coupled with Governor Cole Blease’s political intimidation and unblushing racism, eventually drove Babcock from his post. Asylum Doctor describes the plight of the mentally ill in South Carolina during an era when public asylums had devolved into convenient places to warehouse inconvenient people. It is the story of an idealistic humanitarian who faced conditions most people would find intolerable. And it is important social history for, as this book’s epigraph puts it, “in many ways the Old South died with the passing of pellagra.”
Scientists and engineers must use methods of probability to predict the outcome of experiments, extrapolate results from a small case to a larger one, and design systems that will perform optimally when the exact characteristics of the inputs are unknown. While many engineering books dedicated to the advanced aspects of random processes and systems include background information on probability, an introductory text devoted specifically to probability and with engineering applications is long overdue. Probability for Electrical and Computer Engineers provides an introduction to probability and random variables. Written in a clear and concise style that makes the topic interesting and relevant for electrical and computer engineering students, the text also features applications and examples useful to anyone involved in other branches of engineering or physical sciences. Chapters focus on the probability model, random variables and transformations, inequalities and limit theorems, random processes, and basic combinatorics. These topics are reinforced with computer projects available on the CRC Press Web site. This unique book enhances the understanding of probability by introducing engineering applications and examples at the earliest opportunity, as well as throughout the text. Electrical and computer engineers seeking solutions to practical problems will find it a valuable resource in the design of communication systems, control systems, military or medical sensing or monitoring systems, and computer networks.
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