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A guide for teachers to help students with research using the Internet.
The encouraging book that has guided thousands of students step by step through crafting a strong dissertation proposal is now in a thoroughly revised second edition. It includes new guidance for developing methodology-specific problem statements, an expanded discussion of the literature review, coverage of the four-chapter dissertation model, and more. Terrell demonstrates how to write each chapter of the proposal, including the problem statement, purpose statement, and research questions and hypotheses; literature review; and detailed plans for data collection and analysis. "Let's Start Writing" exercises serve as building blocks for drafting a complete proposal. Other user-friendly features include case-study examples from diverse disciplines, “Do You Understand?” checklists, and end-of-chapter practice tests with answers. Appendices present an exemplary proposal written three ways to demonstrate quantitative, qualitative, and mixed methods approaches, and discuss how to structure a four-chapter dissertation. New to This Edition *Introduction offering a concise overview of the entire proposal-writing process and the doctoral experience. *Additional help with tailoring problem and purpose statements for quantitative, qualitative, and mixed-methods studies. *Expanded discussion of the review of literature, including a criterion for judging the quality of primary versus secondary sources. *Many new examples from different disciplines, such as studies of depression treatments, approaches to reducing offender recidivism, health effects of irradiated crops, strength training in college football, and remote teaching and learning during COVID-19. *Focus on the five-chapter model is broadened to include specific guidance for four-chapter dissertations. *Broader, more detailed reference list and glossary.
Empirical data is one of the cornerstones of knowledge in the social sciences, and yet the researcher often takes it for granted, reserving his or her imaginative faculties for finding a theory that ′fits the data′. This revealing account of the theory-data relationship calls this faith in data into question and establishes a reflexive framework and vocabulary to explore the creative, political and philosophical elements of data production. Rather than thinking about the theory-data ′fit′, Alvesson and Karreman will encourage you to consider the research process as one of theory-data interplay, asking if creative empirical material can challenge established theory and inspire new lines of development, and if breakdowns and mysteries encountered in research can be a constructive rather than destructive process. They will encourage you to think critically about empirical data in terms of construction rather than verification, and most importantly they will encourage you to develop theory that is interesting and novel, rather than naive or irrelevant, making this title essential reading for those who often find the traditional vocabulary and frameworks of social science research obvious or simplistic.
International celebrity and co-founder of molecular gastronomy Herve This answers such fundamental questions as what causes vegetables to change color when cooked and how to keep a souffle from falling. Sharing the empirical principles chefs have valued for generations, he shows how to adapt recipes to available ingredients and how to modify proposed methods to the utensils at hand. His revelations make difficult recipes easier and allow for even more creativity and experimentation in the kitchen.
A LIVELY EXPLORATION OF THE BIGGEST QUESTIONS IN SCIENCE How Did the Universe Begin? The Big Bang has been the accepted theory for decades, but does it explain everything? How Did Life on Earth Get Started? What triggered the cell division that started the evolutionary chain? Did life come from outer space, buried in a chunk of rock? What is Gravity? Newton's apple just got the arguments started, Einstein made things more complicated. Just how does gravity fit in with quantum theory? What Is the Inside of the Earth Like? What exactly is happening beneath our feet, and can we learn enough to help predict earthquakes and volcanic eruptions? How Do We Learn Language? Is language acquisition an inborn biological ability, or does every child have to start from scratch? Is There a Missing Link? The story of human evolution is not complete. In addition to hoaxes such as "Piltdown Man" and extraordinary finds such as "Lucy," many puzzles remain. What, in the end, do we mean by a "missing link"?
What causes multiple sclerosis? When will there be a cure? Dr. Howard Weiner has spent nearly three decades trying to find answers to the mysteries of multiple sclerosis, an utterly confounding and debilitating disease that afflicts almost half a million Americans. Curing MS is his moving, personal account of the long-term scientific quest to pinpoint the origins of the disease and to find a breakthrough treatment for its victims. Dr. Weiner has been at the cutting edge of MS research and drug development, and he describes in clear and illuminating detail the science behind the symptoms and how new drugs may hold the key to "taming the monster." From the "Twenty-one Points" of MS--a concise breakdown of the knowns and unknowns of the disease--to stories from the frontlines of laboratories and hospitals, Curing MS offers a message of hope about new treatments and makes a powerful argument that a cure can--and will--be found.
Spring has sprung in Briar Creek, but it is not all sunshine and roses, in the newest Library Lover's Mystery from the New York Times bestselling author of One for the Books. Spring is livening up Briar Creek after a long, cold winter, and newlyweds Lindsey and Sully could not be happier. Even though the upcoming mayoral election is getting heated, everything else in town is coming up daffodils...until a body is found. Ms. Cole, a librarian and current candidate for town mayor, is shocked when she opens her trunk to discover a murder victim who just so happens to be a guy she dated forty years ago and the founder of the baking empire Nana's Cookies. As the town gossip mill turns, a batch of rumors begins to circulate about Ms. Cole's rebellious youth, which--along with being a murder suspect--threatens to ruin her life and her budding political career. But Ms. Cole is one tough cookie who will not go down without a fight. Has the campaign for mayor turned deadly? It is up to Lindsey, Sully, and the rest of the crafternoon pals to see how the cookie crumbles and figure out who is trying to frame Ms. Cole for murder and why.
With the recent Sokal hoax--the publication of a prominent physicist's pseudo-article in a leading journal of cultural studies--the status of science moved sharply from debate to dispute. Is science objective, a disinterested reflection of reality, as Karl Popper and his followers believed? Or is it subjective, a social construction, as Thomas Kuhn and his students maintained? Into the fray comes "Mystery of Mysteries," an enlightening inquiry into the nature of science, using evolutionary theory as a case study. Michael Ruse begins with such colorful luminaries as Erasmus Darwin (grandfather of Charles) and Julian Huxley (brother of novelist Aldous and grandson of T. H. Huxley, "Darwin's bulldog" ) and ends with the work of the English game theorist Geoffrey Parker--a microevolutionist who made his mark studying the mating strategies of dung flies--and the American paleontologist Jack Sepkoski, whose computer-generated models reconstruct mass extinctions and other macro events in life's history. Along the way Ruse considers two great popularizers of evolution, Richard Dawkins and Stephen Jay Gould, as well as two leaders in the field of evolutionary studies, Richard Lewontin and Edward O. Wilson, paying close attention to these figures' cultural commitments: Gould's transplanted Germanic idealism, Dawkins's male-dominated Oxbridge circle, Lewontin's Jewish background, and Wilson's southern childhood. Ruse explicates the role of metaphor and metavalues in evolutionary thought and draws significant conclusions about the cultural impregnation of science. Identifying strengths and weaknesses on both sides of the "science wars," he demonstrates that a resolution of the objective and subjective debate is nonetheless possible.
"[P.D. Ouspensky's] yearning for a transcendent, timeless reality—one that cancels out physical disintegration and death—figures into science at some fundamental level. Einstein found solace in his theory of relativity, which suggested to him that events are ever-present in the space-time continuum. When his friend Michele Besso passed on shortly before his own death, he wrote: 'For us believing physicists the distinction between past, present, and future is only an illusion, even if a stubborn one.'" —from Magic, Mystery, and Science The triumph of science would appear to have routed all other explanations of reality. No longer does astrology or alchemy or magic have the power to explain the world to us. Yet at one time each of these systems of belief, like religion, helped shed light on what was dark to our understanding. Nor have the occult arts disappeared. We humans have a need for mystery and a sense of the infinite. Magic, Mystery, and Science presents the occult as a "third stream" of belief, as important to the shaping of Western civilization as Greek rationalism or Judeo-Christianity. The occult seeks explanations in a world that is living and intelligent—quite unlike the one supposed by science. By taking these beliefs seriously, while keeping an eye on science, this book aims to capture some of the power of the occult. Readers will discover that the occult has a long history that reaches back to Babylonia and ancient Egypt. It proceeds alongside, and frequently mingles with, religion and science. From the Egyptian Book of the Dead to New Age beliefs, from Plato to Adolf Hitler, occult ways of knowing have been used—and hideously abused—to explain a world that still tempts us with the knowledge of its dark secrets.
"All life in all worlds" -this was the object of the author's seventeen-year quest for knowledge and discovery, culminating in this book. In a manner unmistakably his own, Murchie delves into the interconnectedness of all life on the planet and of such fields as biology, geology, sociology, mathematics, and physics. He offers us what the poet May Sarton has called "a good book to take to a desert island as sole companion, so rich is it in knowledge and insight."