Showing 61 - 70 of 199 annotations tagged with the keyword "Science"
Oschman, a former cell biology researcher, applies his scientific training to the emerging field of energy medicine. While previous investigators (Franz Anton Mesmer, Guillaume Benjamin Armand Duchenne, Edwin D. Babbitt, Harold Saxon Burr) were either ignored or selectively accepted, healers from ancient times have used touch to heal or even cure the human body, and the human body itself has sophisticated strategies to heal itself.
Oschman shows how the body is a living crystal with electricity, magnetism, and light flowing through it, often at higher speeds than the standard neurology model. Quantum physics applies here, as well as piezoelectricity (pressure electricity), explaining how energy flows through water molecules in the collagen that invests every internal structure of the body. Proteins in the body are semiconductors, and our brain waves may even be tuned to standing energy waves (Schumann resonance) that surround the earth itself.
Oschman collects data and illustrations widely, from acupuncture, Qi Gong, massage, yoga, meditation, Zen, and of course, standard medicine. The latter, he argues, whether through scalpels or pharmaceuticals, can be understood as energy medicine. Even better, in his point of view, would be an imaginative synthesis of standard medicine with many (other) forms of energy medicine.
Summary:This remarkable collection of short writings, introduced by renowned poet Naomi Shihab Nye, who visited the Sutterwriters (of Sutter Hospital in Sacramento, California) to offer a workshop, provides a broad, compassionate, imaginative window into the life inside and around an urban hospital. Patients, staff, and all interested in healing through writing are invited to come and participate-with an accent on the latter: no one is invited who isn't willing to write.
Summary:A group of eight women gather for a joint consultation with Dr. Kailey Madrona who is a devotée and colleague of the research endocrinologist, Dr. Jerilynn Prior, a professor at University of British Columbia in Vancouver. Madrona explains that she has arranged for the unorthodox group encounter because she will be leaving practice to pursue graduate studies in medical history.
Hicok begins the poem with a statement and jocular rhetorical question that set the tone and pace: "There are two kinds of people and five hundred / seventy-one thousand, three hundred / ninety-six species of beetle but who's / counting?" Immediately we wonder what are the two types of people and who would take the trouble to write out a species count while also joking about it.
The engagement with the poem continues as we learn about the narrator's platonic friend, an entomologist, freshly returned from the Amazon with a bottled beetle and a raging fever. The narrator, alarmed at her delusional state, rushes her to the hospital ("driving / in a way that proved you can be / in two places at the same time") and good medical care. After several days she has regained enough strength to say one word--jar--which refers to the jar containing her beetle specimen. The narrator restores the jar to her, she recovers and returns to the life she loves, a life in the treetops of the Amazon jungle.
Through the course of the poem, the poet plays with all manner of philosophy and religion. The beetle's body is likened to Michelangelo's image of the finger of God reaching towards Adam. The poet plays with numbers as well, rearranging the numbers of types of people and beetles (and throwing in the number of "delicatessens where you can get a fried- / tuna sandwich on waffles"). This lightness is a disarming way to shed light on the heart of the poem--the narrator's deep caring for the scientist and the scientist's deep caring for her work of discovery.
Summary:Gilbert and George's work over the past three decades has largely consisted of grid-like photomontages - note, they consider their work to be "sculpture". These often massive works are at once easily identifiable as part of Gilbert and George's oeuvre (in part because they often have Gilbert and George in them) and unflinchingly referential: to the manufactured sheen and unnaturally bright neons of Warhol, to the confrontational exposure of Mapplethorpe's photography, and, of course, to cathedral stained glass. They draw upon these same influences in their creative self-creation, their transgressive aesthetics, and their repetition and reworking of religious and secular motifs intertwined with abstractions. Gilbert and George are insistently doubles: original and derivative, repetitive and evolving, reactionary and visionary.
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.
As a medical student, Martin Arrowsmith (Ronald Colman) approaches the revered Professor Gottlieb (A. E. Anson) wishing to accelerate his studies into bacteriology research. Gottlieb insists that he complete his clinical training first. But Arrowsmith meets the cheeky nurse Leora (Helen Hayes) and throws over his plans for science in order to earn a marriage-sustaining living as a general practitioner in her native South Dakota.
Assuaging his undying passion for research (in the family kitchen), he takes on the problem of an epidemic of black leg disease of cattle and earns the animus of a veterinarian and the admiration of the Swedish farmers by single-handedly disproving the efficacy of a government serum, developing his own serum, and conducting a controlled trial to prove its worth. His frustrated and unemployed wife--now displaced from her own kitchen--continues to support him, answering always "Yes, Martin. No, Martin. Whatever you say, Martin."
The couple move to New York City where Arrowsmith intends to devote himself full time to science at the side of his old hero Gottlieb in the McGurk Institute (a thinly disguised Rockefeller Institute). In his new laboratory, Arrowsmith utters a prayer for clear vision and humility--a prayer that seems to go unanswered.
Late one snowy night after two years of fruitless work, he discovers that "something" (in the novel, it is bacteriophage) has killed the bacteria he has been incubating. "Is it important, Martin?" asks Leora. He is brutal in his zealous response, his eyes gleaming with the promise of promotion, fame, and fortune. But after days of exhausting labour, he learns that he has been scooped by Felix D’Herelle a (real) researcher at the Pasteur Institute.
Arrowsmith quickly finds a new passion and travels to the Caribbean to conduct research into the effect of a serum on bubonic plague. Gottlieb makes him promise to act like a scientist (not a G.P. or a quack) and to withhold the remedy from half his patients. He tries to convince the colonial authorities of the importance of controlled testing, but is rebuffed with accusations of turning humans into guinea pigs. A black medical graduate of Howard University invites him to a different island where the epidemic is so thick that the people willingly cooperate with the controlled trial.
Leora, who had refused to remain in New York, is now left behind. The film implies clumsily that the now solitary Arrowsmith--ecstatic to be back in the research trenches--has a romantic encounter with Joyce, a beautiful stranded tourist (Myrna Loy). Meanwhile, Leora contracts plague from a cigarette, which has absorbed plague germs from Martin’s sloppy lab technique, and which she smokes because of Martin’s inattention and abandonment. She dies miserably and alone.
Crazed with remorse, Arrowsmith abandons his scientific principles and allows the entire population to be treated with the serum after all. The epidemic is arrested. But Martin knows that his success does not justify his scientific sin. Still grieving for Leora, he returns to New York to much fanfare, but is unable to find absolution from Gottlieb who has just had a stroke. He runs out on his lover, his institute, and a press conference to join a friend who is establishing a Walden-like institute dedicated to pure research in Vermont.
Summary:Poe asks why science preys on the poet. Science is peering, destructive and interested only in cold realities. It will not allow the poet to soar in fantasy or even to sit peacefully dreaming beneath a tree.