Showing 51 - 60 of 152 annotations tagged with the keyword "History of Science"
Summary:Madame Raquin, a widowed haberdasher, lives with her son, Camille, who has a history of poor health and is weak and uneducated, and her niece, Thérèse, conceived in Algeria by Madame’s soldier brother and a “native woman,” both of whom are now dead. Raised by her aunt as companion to the invalid Camille, Thérèse is a model of repression. When Thérèse turns twenty-one, she and Camille marry, and the three move from the country to Paris. One day Camille brings home an old friend, Laurent. He and Thérèse become lovers and decide to murder Camille so they can marry. On an outing they go boating and Laurent drowns Camille.
Nan Cohen's poem, Rope Bridge, from the collection of the same name, explores the intersections between science and art by lyrically describing a landmark psychological study on the attribution of emotion. The study, by Dutton and Aron in 1974, was based on the theories of Schacter and Singer from the previous decade. In one set of experiments, male volunteer subjects met a female assistant under two different circumstances - either in a benign setting or after braving the swaying Capilano Bridge. This bridge is suspended hundreds of feet above a river near Vancouver, British Columbia, Canada; subjects who met the assistant after crossing the suspension bridge were more likely to exhibit behaviors compatible with feelings of attraction to the woman.
The brilliance of Cohen's poem is the smooth interplay between scientific and poetic language. Imbedded in the poem are survey questions with lines ready for tick marks, as well as phrases such as "the attribution of a heightened state". The scientific language is not only juxtaposed, but intertwined with lyric flights: "Who would say: it is fear that takes my breath, / that wets my palms... / the fear that sleeps in me".
The Cold War. America and Russia (or rather "us" and "them") have both developed miniaturization technology that enables them to reduce objects, including human beings, to microscopic size. The Americans are unable to control the objects’ return to normal size after an hour; the Russians can. An American spy called Benes has stolen this information from the Russians but on his return to America he is injured when the Russians try to kill him. He develops a blood clot in his brain.
To remove the clot, a team of western scientists, led by the surgeon Duval (Edmond O’Brien) and a British vascular specialist, Michaels (Donald Pleasance), is miniaturized inside a submarine which is injected into Benes’s carotid artery. Dr. Duval has a laser gun with which he is to destroy the clot. Also on the submarine are Grant (Stephen Boyd), a military employee in charge of security, and Cora Petersen (Raquel Welsh), Duval’s technical assistant.
The team has an hour to reach the patient’s brain and destroy the clot. They overcome various hurdles, including being washed through an arterial-venous fistula in the jugular vein, having to travel through Benes’s heart (which is temporarily arrested by the outside surgical team to keep the submarine from being crushed), being attacked by antibodies in the lymphatic system, and having to replenish their air supply by breaking through the wall of an alveolar sac.
Finally, they reach the brain and find the clot, but Dr. Michaels turns out to be spying for the other side, and tries to sabotage the mission. He crashes the submarine, but is thwarted by Grant and ingested by a white blood cell. Duval destroys the clot and the crew escapes Benes’s body via the optic nerve. They are washed out in a tear just as they are beginning to return to normal size. Benes is never seen to wake up, but the film’s ending implies that the mission has been successful.
In a future society in which biological reproduction is restricted and humanoid robots ("Mechas") are routinely manufactured to supplement the economic and social needs of humans ("Orgas"), Dr. Hobby (William Hurt) creates a prototype child Mecha, David (Haley Joel Osment), who has "neuronal feedback," the ability to love, and "an inner world of metaphor, self-motivated reasoning," imagination, and dreams. David is given to Henry and Monica, a couple whose biological child Martin is incurably ill and cryopreserved, awaiting a future cure.
More specifically, David is created out of Hobby's own loss and given to aid Monica's mourning for Martin, whom she has been unable to "let go" of as dead. It is thus Monica (Frances O'Connor) who must make the decision to perform the "imprint protocol" that will make David love her. After she stops resisting the desire to love a child (of any kind) again and implements the protocol, Martin is unexpectedly cured and comes home.
The ensuing turmoil sends David, accompanied by a robot Teddy bear, out into a nightmare world of adult Mechas, comprised of both Rouge City, where functioning Mechas like Gigolo Joe (Jude Law) do their sex worker jobs and also the fugitive realm where unregistered, discarded Mechas try to find the spare parts they need to rebuild themselves and elude trappers who take them to reactionary "Flesh Fairs" where they are publicly destroyed as an expression of rage against artificial technologies.
Joe and David, both set up and betrayed by humans jealous of their superiority at performing human functions, join together on a quest to make David "real" and return him to Monica. The quest takes them to a partly submerged Manhattan and sends David and Teddy two thousand years into the future to resolve the dystopic narrative.
First published in 1991, and available in reprint edition, this is a compendium of selected artworks and excerpts of diverse medical and literary writings from pre-Hippocratic times to the end of the 20th C. Each chapter integrates selections from medical or scientific treatises, with commentaries written by historians, essays by physicians and writers, and prose and poetry by physicians and by patients. The 235 images in this book include illustrations from medical textbooks and manuscripts, as well as cartoons, sculptures, paintings, prints and sketches. The colour illustrations are stunning and copious, and provide a visual narrative that resonates with each chapter of the book.
The first part of the book, Traditional Medicine, includes chapters on Ancient, Medieval, Renaissance, and Enlightenment medicine. These serves as a preamble for the second part, Modern Medicine, which includes art, medicine and literature from the early 19th century to the end of the 20th century.
The chapter “From the Patient’s Illness to the Doctor’s Disease” illustrates the rise of public health and scientific research with excerpts from works by Edward Jenner, John Collins Warren, René Laënnec, and John Snow, together with experience of epidemic diseases described by writer Heinrich Heine in his essay on “Cholera in Paris”. The chapter on “Non-Western Healing Traditions” includes botanical research by Edward Ayensu, a short story by Lu Hsun and the writing and paintings of George Caitlin on North American Indian healing.
In the patient-focused chapter, “Patient Visions: The Literature of Illness,” are stories of sickness by Thomas DeQuincey, Leo Tolstoy, Giovanni Verga, Katherine Mansfield, André Malraux, and Robert Lowell. The chapter which follows, “Scientific Medicine: the Literature of Cure,” provides the medical counterpoint with personal correspondence by Freud, medical treatises by Wilhelm Roentgen and Louis Pasteur, an essay on surgical training by William Halsted, and an excerpt from George Bernard Shaw's play, Too True to Be Good, in which a microbe takes centre-stage.
There are chapters on “Medicine and Modern War,” which includes personal writing by nurses Florence Nightingale and Emily Parsons, and poems by Walt Whitman, and Emily Dickinson, and “Art of Medicine,” with works by Arthur Conan Doyle, Anne Sexton, James Farrell and W.P. Kinsella.
The final chapter, “The Continuing Quest for Knowledge and Control,” contains no medical treatises but rather ends with personal reflections by the writer Paul Monette on AIDS, and by physician-writers, John Stone, Sherwin B. Nuland, Lewis Thomas, Dannie Abse, and Richard Selzer.
This collection of essays by surgeon-writer Atul Gawande (author of Complications: A Surgeon's Notes on an Imperfect Science --see annotation) is organized into three parts (Diligence, Doing Right, and Ingenuity) and includes an introduction, an afterword entitled "Suggestions for becoming a positive deviant," and reference notes. Each part is comprised of three to five essays, which illustrate, as Gawande explains in the introduction, facets of improving medical care - hence the title of the collection: Better: A Surgeon's Notes on Performance. In typical Gawande style, even the introduction contains tales of patients - a woman with pneumonia who would have fared far worse had the senior resident not paid close and particular attention to her well-being, and a surgical case delayed by an overcrowded operating room schedule. Such tales are interwoven with the exposition of themes and the detailing of the medical and historical contexts of the topic at hand.
The essays, though loosely grouped around the improvement theme, can easily be read as individual, isolated works. The concerns range widely both geographically (we travel to India and Iraq as well as roam across the United States) and topically. For instance, we learn about efforts to eradicate polio in rural south India and the dedicated people who devise and implement the program. Another essay, far flung from the plight of paralyzed children, is "The doctors of the death chamber," which explores the ethical, moral and practical aspects of potential physician involvement in the American system of capital punishment (from formulating an intravenous cocktail ‘guaranteed' to induce death to the actual administration of such drugs and pronouncement of death).
In sum, the topics of the eleven essays are: hand washing, eradicating polio, war casualty treatments, chaperones during physical examinations, medical malpractice, physician income, physicians and capital punishment, aggressive versus overly-aggressive medical treatment, the medicalization of birth, centers of excellence for cystic fibrosis treatment, and medical care in India. The afterword comprises five suggestions Gawande offers to medical students to transform themselves into physicians who make a difference, and by including this lecture in the book, what the reader can do to lead a worthy life.
This book, designed to accompany an exhibition "on the frequently Excessive & flamboyant Seller of Nostrums as shown in prints, posters, caricatures, books, pamphlets, advertisements & other Graphic arts over the last five centuries," displays and comments on 183 illustrations associated with the art of quackery. As the title suggests, Helfand surveys the graphic material of quackery of England, France, and America during the modern period, although most of the material dates from the eighteenth and nineteenth centuries. In his introduction, Helfand discusses the uncertain boundaries between "regular" (now termed allopathic) physicians and their "irregular" or "empiric" counterparts--quacks.
Through the mid-nineteenth century, many practitioners of both sorts relied on pharmaceutical agents like mercury, antimony, and opium; developed trade symbols and packaging; and flaunted the honorific "Dr." and their affiliation with science. Many patients visited both regulars and irregulars, who might consult with each other. Some physicians even prescribed quacks' proprietary preparations. Helfand also notes differences, such as irregulars' lack of medical training, exaggerated advertising, refusal to disclose the contents of their products, and use of entertainment and sometimes even religion in their "medicine shows."
The authors analyze developments in the scientific article in Europe from the seventeenth century to the present. They devote a chapter to "style and presentation" in each century, and a separate chapter to "argument" more specifically in each century, in French, German, and English examples. They find a remarkable similarity of style already evident in seventeenth-century examples, demonstrating that scientific authors were already addressing an international audience. Seventeenth-century articles show an "impression of objectivity" and "a movement toward a more impersonal style" (47), although the English examples were somewhat more personal, less quantitative, and less interested in explanation than were the French examples, and the prose overall is hardly what we would currently expect from a scientific article.
Although the eighteenth-century examples should, perhaps, be considered part of a larger period that included the seventeenth century, Gross et al do track a movement from impersonal to personal style, nominal to verbal style, and minimal presentation to more elaborate presentation during this period. Also, the French examples continue to approximate more closely to twentieth-century norms of scientific style, reflecting their more professionalized community. Overall, the authors characterize much of the eighteenth century as a period of "consolidation and altered emphasis," with "relative stability" of style (116), although the last quarter of the eighteenth century showed a sharp rise in standardization and standards for accuracy and precision.
Gross et al note that nineteenth-century prose still addresses amateurs as well as professionals, and they comment on its persistent difference from "the highly compressed, neutral, monotonal prose" of late-twentieth-century science(137). However, the English and German examples do become more professional in their use of impersonal style, and examples demonstrate a consolidation toward a more "homogeneous communicative style" (138). They also note that the nineteenth century exhibits a "master presentation system approaching maturity," with "title and author credits, headings, equations segregated from text, visuals provided with legends, and citations standardized as to format and position," as well as standardized introductions and conclusions (138).
They find that the combination of an increasing "passion for factual precision" and systematization produces more careful theorizing generally in science during this period, even as individual sciences specialize and diverge (158). Increased attention is given to the process by which facts are linked to theory, and to the role of evidence, governed by an "overriding need for explicitness" (160).
Twentieth-century examples include shorter sentences with more information packed into each by way of "complex noun phrases with multiple modifications in the subject position, noun strings, abbreviations, mathematical expressions, and citations" (186). The scientific article is now generally marked by high incidence of passive voice and low incidence of personal reference, along with a "master finding system" made up of "headings, graphic legends, numbered citations, numbered equations, and so on" (186). They argue that the current state of the scientific article reflects an evolutionary process whereby "current practices are a consequence of the selective survival of practices that were, persistently, better adapted to the changing environments of the various scientific disciplines over time" (212).
In the not too distant future, the morose Egyptian, Antar, works in New York City, as a home-based computer employee, monitoring artifacts which he can study holographically through cyber space. He conjures up the I.D. card of one L. Murugan, who had supposedly disappeared in Calcutta back in 1995. Murugan is/was an expert on Nobel laureate Ronald Ross, discoverer of the role of the anopheles mosquito in the transmission of malaria.
Through flashbacks to the intense week of his disappearance and to episodes in the late nineteenth century, the virtual Murugan roams Calcutta trying desperately to understand and expose a subtext of counter science in Ross's laboratory. He is joined by Urmila, a journalist whose life is endangered by their collaboration.
Murugan theorizes that Ross was sloppy, intent on fame and fortune though a simplistic rendering of the parasite-host relationship; his discoveries were fed to him by others and he was blind to the spiritualistic ambitions of Mangala, his Indian laboratory technologist. Conceiving of the powerful significance of malaria prevention and control, Mangala held different views on the purpose and means of investigating the disease and, Murugan thinks, she anticipated the later discovery of another Nobel laureate, J. Wagner-Jauregg, in the use of malaria for the treatment of syphilis. The travels of Murugan and Urmila imply that these views are still there awaiting their own discovery.
Please note that in order to properly annotate this novel, the novel's surprise ending will be revealed here. Snowman--who used to be called, Jimmy--is a rare survivor of a dreadful catastrophe that seems to have been both the product and the demise of modern science. He lives in a tree, clad in rags, hiding from relentless heat and hoarding his precarious cache of food and alcohol, while he tries to obliterate consciousness and avoid contact with a peculiar race of beings, the Crakers. Through a series of reminiscences as he makes his way back to where he once worked, Snowman's past slowly advances to meet his future.
The world heated up to be uninhabitable desert and genetic engineering created more problems (and species! [pigoons, rakunks, wolvogs]) than solutions. People became increasingly reliant on artificial environments--both internal and external--while their purveyors--drug and technology firms--held ever greater but unthinking power. The world was divided into two: the rich, safe controlled spaces and the dangerous chaotic realm of the poor. Then an epidemic wiped out most of the human race.
Two friends are central to the story: brilliant but inscrutable Crake whose nerdy gift for science had a role in engineering the 'pure' Crakers and the horrifying world that they occupy; and beautiful, seductive Oryx whose regard of knowing innocence heaps scorn upon messy human desire and emotion. They are the Yin and Yang of the "constructed" world. Only at the end, the reader learns that Oryx was murdered by Crake, who was slain by Snowman. It seems that his arduous journey was simply to destroy the history of the events that he had written and left behind.