Darwin’s theory thrust human life into time and nature and subjected it to naturalistic rather than spiritual or moral analysis. Insisting on gradual and regular–lawful–change, Darwinian thought nevertheless requires acknowledgment of chance and randomness for a full explanation of biological phenomena. George Levine shows how these conceptions affected nineteenth–century novelists—from Dickens and Trollope to Conrad—and draws illuminating contrasts with the pre–Darwinian novel and the perspective of natural theology.
Levine demonstrates how even writers ostensibly uninterested in science absorbed and influenced its vision. A central chapter treats the almost aggressively unscientific Trollope as the most Darwinian of the novelists, who worked out a gradualist realism that is representative of the mainstream of Victorian fiction and strikingly consonant with key Darwinian ideas. Levine’s boldly conceived analysis of such authors as Scott and Dickens demonstrates the pervasiveness and power of this revolution in thought and sheds new light on Victorian realism.
In 1832, Ralph Waldo Emerson had come to a critical pass. He had lost his wife and was on the brink of leaving his career as a minister. In this reduced state he traveled to New Hampshire, where he made his famous decision to pursue wholeness--in his life and in his writing. This book reveals how Emerson went about achieving this purpose--and how he conceived a uniquely American literary practice.
Central to this project were the aims and methods of natural science, which Emerson discovered in spectacular form at the Museum of Natural History (Jardin des Plantes) in Paris exactly a year after his momentous decision. Lee Rust Brown describes Emerson's use of these scientific techniques to integrate a disparate, constantly enlarging field of subject matter--ultimately, to reconceive himself as an institution of private research and public presentation not unlike the museum itself, methodically gathering specimens from the exotic frontiers of experience and setting them out, in their manifold affinities, on common ground.
The Emerson Museum shows how this undertaking transformed the legacy of European romanticism into a writing project answerable to American urgencies. The natural science of the time was itself informed by romantic demands for wholeness of prospect, and its methods offered Emerson a way to confront an American reality in which any manifestation of unity--literary, political, philosophical, psychological--had to embrace an expanding and fragmenting field of objective elements. In the experimental format of Emerson's essays, Brown identifies the evolution of this new approach and the emergence of wholeness as a national literary project.
In this provocative study, Christopher Windolph analyzes Emersonian naturalism from the standpoint of nonlinearity, offering new ways of reading and thinking about Emerson’s stance toward naturalism and the influence of science on his thought. Drawing on ideas in perspective theory, architecture, and nonlinear dynamics to argue that Emerson’s natural philosophy follows from his analysis of the development of organic forms, Windolph breaks new ground in Emerson studies by exploring how considerations of shape and the act of seeing underpin all of Emerson’s theories about nature.
Bringing to his study a focused attention to the history of Western science and philosophy, Windolph reexamines Emerson’s understanding of how the act of seeing occurs and of the eye’s ability to see through appearances to organizing principles, showing how Emerson’s naturalism extends beyond the narrow confines of traditional linear science. Through extensive readings of Emerson’s journals, essays, and lectures, Windolph shows that Emerson was an empirical idealist who integrated a scientific approach to nature with an exploration of nonlinear principles, revealing him to be more prescient in his writings about certain recent developments in scientific thought than has been realized.
This work makes a major contribution to the ongoing study of Emerson and science, expanding Emerson’s role as a major American philosopher while rebutting those who see him primarily as a rhetorician or poetic propagandist. Emerson’s Nonlinear Nature opens new ways of thinking about Emerson’s work in its nineteenth-century contexts, reassesses his reception in twentieth-century criticism, and makes a strong case for his continuing relevance in the century ahead.
In Fiction Rivals Science, Allen Thiher describes the epistemic rivalry that the major nineteenth-century French novelists felt in dealing with science. After brief considerations of Stendhal, Thiher focuses on the four most important "realist" novelists in France: Balzac, Flaubert, Zola, and, going into the twentieth century, Proust. According to Thiher, each of these novelists considered himself to be in competition with science to make the novel an instrument for knowledge.
The first chapter sets forth the understanding of science that dominated the early nineteenth century in order to make it plausible that literary minds, throughout the nineteenth century, thought that they could not only rival science, but even make positive contributions to knowledge. The Newtonian paradigm that had dominated the Enlightenment was slowly being challenged by new developments both in physics and in nonphysical sciences such as biology. Especially in biology the development of a scientific discourse using narrative temporality favored the idea that novelists could also use fiction to construct discourses that advanced knowledge.
Balzac wanted to construct a natural history of society and correct the chemical theory of his time. Flaubert drew upon medicine and physiology for the rhetoric of his realist fiction. Zola used unsuccessful medical paradigms for his doctrine of heredity, and models drawn from thermodynamics to describe the relation of the individual to societal forces. Finally, Proust drew upon thinkers such as Poincar‚ to elaborate an epistemology that put an end to the rivalry novelists might feel with scientists. Proust located certain knowledge within the realm of human subjectivity while granting the power of laws to rule over the contingent realm of physical reality, in which, after Poincar‚, neither mathematics nor Newton was any longer a source of absolute certainty. Proust's novel is thus the last great realist work of the nineteenth century and the first modernist work of consciousness taking itself as the object of knowledge.
By demonstrating that the great French realist novelists dealt with many of the same problems as did the scientists of the nineteenth century, Fiction Rivals Science attempts to show how culture unites literary and scientific inquiry into knowledge. Providing a new interpretation of the development of literary realism, this important new work will be welcomed not only by literary scholars, but by historians of science and culture as well.
Thoreau was a poet, a naturalist, a major American writer. Was he also a scientist? He was, Laura Dassow Walls suggests. Her book, the first to consider Thoreau as a serious and committed scientist, will change the way we understand his accomplishment and the place of science in American culture.
Walls reveals that the scientific texts of Thoreau’s day deeply influenced his best work, from Walden to the Journal to the late natural history essays. Here we see how, just when literature and science were splitting into the “two cultures” we know now, Thoreau attempted to heal the growing rift. Walls shows how his commitment to Alexander von Humboldt’s scientific approach resulted in not only his “marriage” of poetry and science but also his distinctively patterned nature studies. In the first critical study of his “The Dispersion of Seeds” since its publication in 1993, she exposes evidence that Thoreau was using Darwinian modes of reasoning years before the appearance of Origin of Species.
This book offers a powerful argument against the critical tradition that opposes a dry, mechanistic science to a warm, “organic” Romanticism. Instead, Thoreau’s experience reveals the complex interaction between Romanticism and the dynamic, law-seeking science of its day. Drawing on recent work in the theory and philosophy of science as well as literary history and theory, Seeing New Worlds bridges today’s “two cultures” in hopes of stimulating a fuller consideration of representations of nature.
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