In this revisionary study, Will Tattersdill argues against the reductive 'two cultures' model of intellectual discourse by exploring the cultural interactions between literature and science embodied in late nineteenth-century periodical literature, tracing the emergence of the new genre that would become known as 'science fiction'. He examines a range of fictional and non-fictional fin-de-siècle writing around distinct scientific themes: Martian communication, future prediction, X-rays, and polar exploration. Every chapter explores a major work of H. G. Wells, but also presents a wealth of exciting new material drawn from a variety of late Victorian periodicals. Arguing that the publications in which they appeared, as well as the stories themselves, played a crucial part in the development of science fiction, Tattersdill uses the form of the general interest magazine as a way of understanding the relationship between the arts and the sciences, and the creation of a new literary genre.

Although we have come to regard "clinical" and "Romantic" as oppositional terms, Romantic literature and clinical medicine were fed by the same cultural configurations. In the pre-Darwinian nineteenth century, writers and doctors developed an interpretive method that negotiated between literary and scientific knowledge of the natural world. Literary writers produced potent myths that juxtaposed the natural and the supernatural, often disturbing the conventional dualist hierarchy of spirit over flesh. Clinicians developed the two-part history and physical examination, weighing the patient's narrative against the evidence of the body. Examining fiction by Mary Shelley, Carlyle, the Brontës, and George Eliot, alongside biomedical lectures, textbooks, and articles, Janis McLarren Caldwell demonstrates the similar ways of reading employed by nineteenth-century doctors and imaginative writers and reveals the complexities and creative exchanges of the relationship between literature and medicine. janis mC l arren caldwell practiced emergency medicine for five years before pursuing a Ph.D. in English Literature. She now teaches literature and science at Wake Forest University, where she is an Assistant Professor of English. An expert in nineteenth-century literature and medicine, she has received grants for research at Cambridge University and at Harvard University's Radcliffe Institute for Advanced Study. Her published work focuses on medical history and ethics in Romantic and Victorian literature.

It takes a bold, innovative mind to publish an exercise in speculative evolution pertaining to an alternative timeline. Dale Russell’s studies of the troodontid Stenonychosaurus and of ornithomimid theropods, published in 1969 and 1972, inspired him to consider the possibility that some theropod dinosaur lineages might have given rise to big-brained species had they never died out. By late 1980, Russell had considered the invention of a hypothetical descendant of Stenonychosaurus dubbed the ‘dinosauroid’. There is likely no specific inspiration for the dinosauroid given Russell’s overlapping areas of interest, but his correspondence with Carl Sagan and his involvement in the SETI programme were likely of special influence. The early-1980s creation of a life-size Stenonychosaurus model with Ron Séguin gave Russell the impetus to bring the dinosauroid to life. Authors have disagreed on whether the dinosauroid’s creation was an exercise in scientific extrapolation or one of speculative fiction, and on whether its form reflects bias or an honest experiment: Russell justified his decisions on the basis of the dinosauroid’s anatomy being adaptive and linked to efficiency, but he also stated or implied that the human form may be considered a predictable evolutionary outcome among big-brained organisms, and expressed a preference for directionist views which posit humans as close to the pinnacle of evolution. Both derided and praised at the time of its construction, the dinosauroid is undergoing a resurgence of interest. Given that its aim was to spark discussion and invite alternative solutions, it can only be considered an extraordinary success.

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